Haldia Petrochemicals Ltd
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Haldia PP Halene-P F135
Haldia PP Halene-P F135 is a controlled rheology polypropylene homopolymer developed by Haldia Petrochemicals Limited for spunbond nonwoven production, extrusion coating, hygiene applications, and multifilament yarn processing. Manufactured using Spheripol II Technology, this grade is designed to deliver exceptional processability, high melt flow, narrow molecular weight distribution, and gas-fading resistance for demanding fiber and coating applications. For buyers searching for Haldia PP Halene-P F135, F135 spunbond nonwoven grade, controlled rheology PP homopolymer, or polypropylene for extrusion coating in India, this grade is positioned as a technically specialized and commercially relevant option.
Haldia Petrochemicals Limited is a recognized Indian polymer manufacturer with a broad Halene-P polypropylene portfolio covering film, raffia, thermoforming, and specialty extrusion applications. Within this portfolio, F135 is clearly positioned as a high-flow controlled rheology grade rather than a conventional film or raffia resin. That distinction is important because spunbond nonwoven and extrusion coating processors require a very different balance of flow, molecular uniformity, fiber formation, and line stability than converters working in BOPP film, woven sacks, or rigid packaging. Halene-P F135 is designed specifically for these high-throughput, quality-sensitive conversion routes.
Deep Technical Insights
The technical identity of Halene-P F135 is built around controlled rheology and high melt flow. The grade has a melt flow index of 35 g/10 min, which places it in a high-flow range suited to spunbond nonwoven production, extrusion coating, and selected filament applications. This level of flow is especially important in processes where fine fiber formation, smooth coating behavior, and high throughput are key commercial requirements. Its density of 0.90 g/cm³ is typical of polypropylene homopolymer and supports lightweight, efficient material use across nonwoven and coating applications. The grade also offers tensile strength at yield of 35 MPa and elongation at yield of 8 percent, indicating a balanced mechanical profile for a high-flow controlled rheology resin. A flexural modulus of 1350 MPa supports structural integrity where needed, while notched Izod impact strength of 45 J/m contributes to toughness in downstream handling and end-use performance. Thermally, the material shows a Vicat softening point of 150°C and a heat deflection temperature of 105°C. These values reinforce its suitability for demanding processing environments where thermal stability and predictable behavior matter. For processors, these numbers help confirm that F135 is not just a high-flow resin, but one designed for stable and commercially practical conversion. One of the most important technical differentiators of F135 is its narrow molecular weight distribution. In spunbond nonwoven production, this can support more uniform fiber morphology and more consistent web formation. In extrusion coating, it can contribute to smoother coating behavior and better process control. This molecular consistency is a major reason why controlled rheology grades are preferred in specialized high-speed applications. Another important advantage is gas-fading resistance. In practical use, this helps support better color stability, which can matter in hygiene products, technical textiles, and coated structures where appearance consistency is important. Combined with exceptional processability, this makes F135 a strong choice for converters who need both throughput and product consistency.Processing and Conversion Performance
Haldia PP Halene-P F135 is designed for high-speed processing environments such as spunbond nonwoven lines and extrusion coating systems. Typical processing guidance includes barrel temperatures in the range of 180–220°C and die temperatures around 215–220°C, reflecting its intended use in controlled, high-output extrusion operations. For processors, the value of F135 lies in how its high flow and controlled rheology translate into real production benefits. In spunbond nonwoven manufacturing, a resin must support stable fiber formation and efficient throughput. In extrusion coating, it must flow smoothly and coat uniformly. F135 is positioned to support both these requirements, which is why it is assigned to nonwoven, coating, and multifilament applications rather than to standard packaging film or raffia uses.Applications and Industry Use Cases
Spunbond Nonwoven Fabrics
Halene-P F135 is highly suitable for spunbond nonwoven production where high melt flow, fiber uniformity, and line stability are critical. In these applications, processors need a polypropylene homopolymer that can support efficient web formation and consistent fabric properties. This makes the grade especially relevant for hygiene nonwovens and technical textile production.Hygiene Products
The grade is also strongly aligned with hygiene applications such as diaper components, sanitary napkin layers, and other disposable nonwoven structures. In this segment, converters value process consistency, clean fiber formation, and reliable material behavior, all of which support the use of F135.Extrusion Coating on Woven Fabrics and Substrates
F135 is well suited for extrusion coating applications where smooth melt flow and uniform coating behavior are important. It can be used on woven fabrics and other substrates where coating consistency, adhesion-related process control, and productivity matter in commercial operations.Multifilament Yarns
The grade can also be considered for multifilament yarn applications where a high-flow controlled rheology polypropylene is preferred for stable extrusion performance. In these applications, consistent polymer behavior is important for maintaining processing efficiency and product quality.Technical Textiles and Packaging Laminates
Beyond hygiene and coating, Halene-P F135 is relevant for technical textiles and packaging laminate structures where specialized polypropylene performance is required. For converters in these sectors, the grade offers a practical combination of flow, consistency, and end-use versatility.Comparable Alternatives
Within the Haldia Petrochemicals portfolio, F135 should be selected when the target application is spunbond nonwoven production, extrusion coating, or other high-flow specialty extrusion uses. It should not be confused with F110, which is a TQ film grade, or R103, which is a raffia-grade resin for stretched tapes and woven packaging. Although all are polypropylene homopolymers, their processing routes and performance priorities are very different. F135 is the correct choice when high flow and controlled rheology are central to the application. Compared with Indian alternatives such as Reliance Repol H200FG and high-MFI IOCL or HMEL nonwoven grades, Halene-P F135 competes in the specialty nonwoven and coating segment with a clear focus on high throughput and process consistency. Its key differentiators include 35 MFI flow, narrow molecular weight distribution, gas-fading resistance, and strong suitability for spunbond and coating lines. These characteristics make it especially attractive for converters prioritizing stable production and uniform output. The rationale behind assigning F135 to spunbond nonwovens, extrusion coating, hygiene products, and multifilament yarns is technically clear. Its high-flow controlled rheology profile is aligned with fiber and coating processes rather than with rigid packaging, BOPP film, or raffia conversion. For processors selecting among Indian polypropylene homopolymer grades, F135 stands out as a purpose-built specialty grade rather than a general commodity resin.
Haldia PP Halene-P M110
Haldia PP Halene-P M110 is a polypropylene homopolymer injection moulding grade developed by Haldia Petrochemicals Limited for furniture components, household articles, and thin-wall packaging applications. Manufactured using Spheripol Technology, this grade is designed to deliver exceptional processability, low cycle times, high gloss, and excellent color retention in commercial injection moulding environments. For buyers searching for Haldia PP Halene-P M110, M110 injection moulding PP, polypropylene homopolymer for furniture, or high-flow PP grade for household products in India, this grade is positioned as a strong technical and commercial option.
Haldia Petrochemicals Limited is a recognized Indian polymer manufacturer with a broad Halene-P polypropylene portfolio covering film, raffia, thermoforming, and moulding applications. Within this product range, M110 is clearly positioned as an injection moulding grade rather than a film resin or raffia material. That distinction matters because injection moulders need a different balance of melt flow, stiffness, surface finish, and cycle efficiency than processors working in film extrusion or woven packaging. Halene-P M110 is designed specifically for these moulding requirements.
Deep Technical Insights
The technical profile of Halene-P M110 supports its use in commercial injection moulding applications where processing speed and part appearance are important. The grade has a melt flow index of 11 g/10 min, which places it in a practical range for injection moulding of furniture parts, household products, and selected thin-wall applications. This flow level supports efficient mould filling while maintaining a balanced mechanical profile for rigid moulded articles. Its density of 0.90 g/cm³ is typical of polypropylene homopolymer and supports lightweight part design without sacrificing process efficiency. The grade also offers tensile strength at yield of 35 MPa and elongation at yield of 10 percent, indicating a balanced combination of strength and controlled deformation for moulded parts. A flexural modulus of 1500 MPa contributes to stiffness and structural feel, which is especially important in furniture components and household products that must retain shape during use. The notched Izod impact strength of 30 J/m supports practical toughness in everyday handling conditions, while the heat deflection temperature of 99°C and Vicat softening point of 154°C reinforce the grade’s thermal stability profile. These values help buyers understand that M110 is not simply a fast-flowing moulding resin, but a balanced homopolymer grade designed for both productivity and finished-part performance. One of the most commercially important strengths of M110 is its low cycle time capability. In injection moulding operations, shorter cycle times directly improve machine productivity and output economics. This makes the grade especially attractive for high-volume moulders producing furniture parts, household articles, and packaging items. High gloss is another major advantage, particularly in visible consumer-facing products where surface appearance influences perceived quality. Excellent color retention further strengthens the grade’s commercial appeal. For moulders producing colored household goods, furniture components, or branded packaging items, consistent color performance can be just as important as mechanical properties. Combined with exceptional processability, this gives M110 a well-rounded value proposition for industrial moulding applications.Processing and Injection Moulding Performance
Haldia PP Halene-P M110 is designed for injection moulding lines where fast filling, stable processing, and attractive part finish are critical. Typical processing guidance includes barrel temperatures in the range of 200–260°C and mould temperatures of 30–50°C, reflecting its intended use in standard commercial moulding operations. For processors, the value of M110 lies in how its flow profile and moulding behavior translate into real production benefits. A moulding-grade polypropylene must fill consistently, release efficiently, and maintain part quality across repeated cycles. M110 is positioned to support that full production workflow, making it especially suitable for fast-cycle moulding environments.Applications and Industry Use Cases
Furniture Components
Halene-P M110 is highly suitable for furniture components such as chair backs, table parts, and other moulded structural pieces where stiffness, gloss, and efficient moulding are important. In this segment, manufacturers need a polypropylene homopolymer that can deliver good part finish and reliable production performance at commercial volumes.Household Articles
The grade is also well aligned with household products such as buckets, kitchenware, storage items, and other rigid moulded goods. These applications require a balance of processability, surface appearance, and structural feel, making M110 a strong option for household plastics manufacturers.Thin-Wall Packaging
M110 is relevant for thin-wall packaging applications where faster cycle times and smooth mould filling are important. In these applications, processors need a grade that can support productivity without compromising part appearance or dimensional consistency.Consumer Moulded Products
The combination of high gloss and excellent color retention also makes this grade suitable for visible consumer moulded products. For manufacturers serving retail and branded product segments, M110 offers a useful balance of aesthetics and moulding efficiency.Food-Contact and Utility Mouldings
Because of its compliance positioning, M110 can also be considered for moulded products used in food-contact and utility applications. This broadens its relevance for converters looking for a moulding-grade PP homopolymer with both performance and regulatory credibility.Comparable Alternatives
Within the Haldia Petrochemicals portfolio, M110 should be selected when the target application is standard to moderately fast-cycle injection moulding for furniture, household articles, and thin-wall packaging. It should not be confused with M135, which is a higher-flow thin-wall injection grade, or F110, which is a film grade for TQ packaging. Although these grades may share similar brand lineage, their processing routes and end-use priorities are different. M110 is the correct choice when a balanced 11 MFI injection homopolymer is needed. Compared with Indian alternatives such as IOCL Propel 1110MG and Reliance Repol H110MA, Halene-P M110 competes in the same broad injection moulding category with a similar flow range. Its key differentiators include low cycle time capability, high gloss, excellent color retention, and reliable processability. These strengths make it especially attractive for moulders prioritizing productivity and visual quality in rigid moulded parts. Compared with higher-flow injection grades, M110 offers a more balanced profile for applications that need good mouldability without moving into ultra-thin-wall or highly specialized moulding territory. The rationale behind assigning M110 to furniture, household products, and thin-wall packaging is therefore technically clear: its flow, stiffness, appearance, and processing efficiency are aligned with mainstream commercial injection moulding.
Haldia PP Halene-P R103
Haldia PP Halene-P R103 is a polypropylene homopolymer raffia grade developed by Haldia Petrochemicals Limited for stretched tape extrusion, woven sack production, flexible intermediate bulk containers, ropes, and industrial packaging applications. Manufactured using Spheripol Technology, this grade is designed to deliver exceptional processability, low water carry-over, excellent strength, reliable color stability, and consistent tape performance on raffia conversion lines. For buyers searching for Haldia PP Halene-P R103, R103 raffia grade, polypropylene homopolymer for woven sacks, or PP raffia raw material for FIBC in India, this grade is a highly relevant technical and commercial option.
Haldia Petrochemicals Limited is a recognized Indian polymer manufacturer with a broad polypropylene portfolio under the Halene-P brand. That portfolio includes film, raffia, and thermoforming grades, each assigned to a specific conversion route. Within this range, R103 is clearly positioned as a raffia-grade polypropylene homopolymer rather than a BOPP film resin or thermoforming material. That distinction is important because raffia processors need a different balance of melt flow, tape drawability, line stability, and finished-fabric strength than film or sheet converters. Halene-P R103 is designed specifically for those raffia and woven packaging requirements.
Deep Technical Insights
The technical profile of Halene-P R103 supports its use in raffia tape extrusion and woven packaging applications. The grade has a melt flow index of 3.0 g/10 min, which places it in the established range for polypropylene homopolymer raffia grades used in stretched tape production. This flow level supports stable extrusion and good tape formation while maintaining the melt strength needed for downstream stretching. Its density of 0.90 g/cm³ is typical for polypropylene homopolymer and supports lightweight packaging structures without compromising processing efficiency. The grade also offers tensile strength at yield of 34 MPa and elongation at yield of 9 percent, indicating a balanced mechanical profile for tape and fabric applications where strength and controlled deformation are both important. A flexural modulus of 1450 MPa supports stiffness and structural integrity in the finished tape and woven fabric, while notched Izod impact strength of 40 J/m contributes to toughness in handling and end-use conditions. The Vicat softening point of 153°C and heat deflection temperature of 93°C further reinforce its thermal stability profile, which is relevant in extrusion and downstream packaging performance. One of the most important technical strengths of R103 is its exceptional processability. In raffia conversion, processors need a grade that runs smoothly at commercial line speeds and maintains consistent tape quality. The grade’s low water carry-over is especially valuable because it supports more uniform tape thickness and better process control. This can directly affect fabric consistency, weaving performance, and finished-package quality. The grade is also described as offering excellent strength and color stability. For woven sacks, FIBC fabrics, ropes, and yarns, this matters because the finished product must combine durability with acceptable appearance and consistency. In practical terms, R103 is designed to help converters achieve stable processing and dependable packaging performance rather than simply meeting a generic polypropylene specification.Processing and Raffia Line Performance
Haldia PP Halene-P R103 is designed for raffia and stretched tape extrusion lines where process consistency and tape quality are critical. Typical processing guidance includes barrel temperatures in the range of 220–280°C, die temperatures of 260–280°C, quench temperatures of 30–40°C, and stretching temperatures around 160°C in the oven stage. These conditions reflect its intended use in commercial raffia conversion rather than in injection moulding or film orientation lines. For processors, the value of this grade lies in how it behaves across the entire tape-making sequence. A raffia-grade PP homopolymer must extrude smoothly, quench consistently, stretch efficiently, and maintain tape strength during weaving or downstream conversion. R103 is positioned to support exactly that workflow, which is why it is assigned to woven sacks, FIBC, ropes, and yarn applications.Applications and Industry Use Cases
Woven Sacks
Halene-P R103 is highly suitable for woven sack production where tape strength, process consistency, and fabric quality are essential. It supports stretched tape extrusion for sacks used in cement, fertilizer, food grains, polymers, and other bulk-packed materials. In these applications, consistent tape thickness and reliable weaving performance are major selection criteria.Flexible Intermediate Bulk Containers
The grade is also relevant for FIBC production, where polypropylene tapes are converted into heavy-duty woven fabrics for large-volume industrial packaging. In this segment, processors need a raffia-grade PP homopolymer that can support strong tapes, stable fabric formation, and dependable handling performance under demanding load conditions.Ropes and Yarns
R103 can be used for ropes and yarns where strength, processability, and consistent extrusion behavior matter. These applications require a grade that can maintain stable tape or filament quality during conversion, making R103 a practical option for manufacturers serving industrial and agricultural end uses.Food Grain and Agricultural Packaging
Because of its food-contact suitability and woven packaging relevance, Halene-P R103 is a strong candidate for food grain bags, agricultural packaging, and related bulk-use sacks. In these segments, converters often need a balance of mechanical strength, process efficiency, and compliance confidence.Industrial Bulk Packaging
The grade is also well suited for industrial bulk packaging applications where woven polypropylene structures are used for storage, transport, and handling. For industrial packaging manufacturers, R103 offers a commercially relevant mix of processability, strength, and tape-line stability.Comparable Alternatives
Within the Haldia Petrochemicals portfolio, R103 should be selected when the application is raffia tape extrusion and woven packaging. It should not be confused with F103, which is a BOPP film grade, or T103, which is designed for thermoforming. Even though all three are polypropylene homopolymer grades, their processing routes and end-use performance requirements are different. R103 is the correct choice when the target product is woven sack fabric, FIBC tape, rope, or yarn rather than film or sheet. Compared with Indian alternatives such as IOCL Propel P1030RG and Reliance Repol H100FG, Halene-P R103 competes in the same broad raffia-grade category with a similar low-MFI processing profile suited for tape extrusion. Its differentiators include exceptional processability, low water carry-over, excellent strength, and color stability. These advantages make it especially attractive for converters focused on line consistency and woven fabric quality. Compared with higher-flow grades such as HMEL Polysure Y12GR, R103 is better aligned with conventional raffia and stretched tape applications where a lower melt flow profile is preferred for tape formation and downstream stretching. The rationale behind assigning R103 to woven sacks, FIBC, ropes, and yarns is therefore technically clear: its flow behavior, processability, and mechanical balance are optimized for raffia conversion rather than for film orientation or injection moulding.
Haldia PP Halene-P T103
Haldia PP Halene-P T103 is a polypropylene homopolymer thermoforming grade developed by Haldia Petrochemicals Limited for disposable cups, food containers, packaging trays, and miscellaneous thermoformed products. Manufactured using Spheripol Technology, this grade is designed to deliver exceptional processability, high stiffness, excellent clarity, and strong gloss, making it a commercially relevant choice for converters producing rigid thermoformed packaging and disposable tableware. For buyers searching for Haldia PP Halene-P T103, T103 thermoforming grade, polypropylene homopolymer for disposable cups, or PP resin for food packaging trays in India, this grade is positioned as a strong technical and processing-focused option.
Haldia Petrochemicals Limited is a recognized Indian polymer producer with a broad polypropylene portfolio under the Halene-P brand. That portfolio includes film grades, raffia grades, and thermoforming grades, each assigned to a specific downstream conversion route. Within this range, T103 is clearly positioned as a thermoforming-grade polypropylene homopolymer rather than a BOPP film resin or raffia tape material. This matters because thermoforming processors need a different balance of melt flow, sheet behavior, stiffness, optical quality, and finished-part performance than converters working in film orientation or woven packaging. Halene-P T103 is designed specifically for those thermoforming requirements.
Deep Technical Insights
The technical profile of Halene-P T103 supports its use in thermoformed packaging and disposable product applications. The grade has a melt flow index of 4 g/10 min, which places it in a practical range for polypropylene homopolymer grades used in thermoforming. This flow level helps support processability while maintaining the structural characteristics needed for rigid formed articles. A tensile strength at yield of 37 MPa gives the grade a strong mechanical base for thermoformed products that need shape retention and handling strength. This is especially relevant in cups, containers, and trays where the finished article must maintain structural integrity during filling, stacking, transport, and end use. Its flexural modulus of 1700 MPa is another major strength, indicating high stiffness and making the grade particularly suitable for rigid disposable packaging where wall rigidity and dimensional stability are important. The grade also offers a Vicat softening point of 154°C, which supports thermal resistance in applications where the finished product may encounter elevated temperatures during filling, handling, or use. For thermoforming processors, this contributes to confidence in both conversion and end-use performance. The material is also described as water insoluble and odorless, which adds relevance in food packaging and disposable tableware applications where product neutrality and cleanliness matter. One of the most commercially important strengths of T103 is its combination of stiffness, clarity, and gloss. Many polypropylene homopolymer grades can offer rigidity, but fewer are positioned specifically for thermoformed products that also need attractive visual appearance. In packaging applications, gloss and clarity can improve shelf appeal, while stiffness supports stackability and functional performance. This makes T103 a strong fit for converters who need both aesthetics and structure. Its exceptional processability is another key advantage. Thermoforming operations depend heavily on stable sheet behavior and predictable forming performance. A grade that combines processability with stiffness and optical quality can help improve productivity and reduce variability in finished articles. That is one of the main reasons T103 is assigned to disposable cups, containers, trays, and similar thermoformed products.Processing and Thermoforming Performance
Haldia PP Halene-P T103 is designed for thermoforming lines where sheet conversion, formability, and finished-part consistency are critical. For processors, the value of this grade lies not only in its datasheet numbers but in how those properties translate into stable production of rigid disposable products. Its balanced melt flow supports sheet processing and downstream forming, while its stiffness helps maintain the geometry of cups, trays, and containers after forming. Combined with gloss and clarity, this makes T103 commercially attractive for converters producing visible consumer-facing packaging where both performance and appearance influence material selection.Food Packaging and Disposable Product Relevance
Halene-P T103 is highly relevant for food packaging and disposable tableware applications because its property profile aligns well with rigid thermoformed articles used in food service and consumer packaging. The combination of stiffness, clarity, gloss, and odor-neutral behavior supports its use in products where presentation and usability matter. For buyers in food packaging, disposable cups, takeaway containers, and packaging trays, this makes T103 a practical polypropylene homopolymer option for thermoforming applications that need reliable conversion performance and commercially acceptable finished-article quality.Applications and Industry Use Cases
Disposable Cups
Halene-P T103 is highly suitable for disposable cup manufacturing where stiffness, clarity, and gloss are important. In this segment, converters need a polypropylene homopolymer that can form cleanly and produce cups with good structural feel, attractive appearance, and reliable performance during filling and use.Food Containers
The grade is also well aligned with thermoformed food containers used in takeaway, dairy, ready-meal, and general food packaging applications. These products require a balance of rigidity, processability, and visual quality, making T103 a strong option for converters serving food packaging markets.Packaging Trays
T103 is relevant for rigid packaging trays where dimensional stability and stiffness are critical. In these applications, the material must support consistent forming and maintain tray shape during handling, stacking, and transport. Its stiffness profile makes it particularly suitable for this use case.Disposable Tableware
The grade can also be used in miscellaneous disposable items and tableware where a clean finish, good gloss, and structural integrity are required. For manufacturers of single-use service products, T103 offers a practical combination of processing ease and finished-product performance.Consumer and Industrial Thermoformed Articles
Beyond food packaging, Halene-P T103 can be considered for a broader range of thermoformed polypropylene articles where rigidity and appearance matter. This includes general packaging inserts, utility trays, and other formed products where a homopolymer PP grade with good stiffness and processability is preferred.Comparable Alternatives
Within the Haldia Petrochemicals portfolio, T103 should be selected when the processing route is thermoforming and the end product requires rigid, glossy, and reasonably clear formed articles. It should not be confused with F103, which is a BOPP film grade, or R103, which is a raffia grade for stretched tapes and woven packaging. Although all three are polypropylene homopolymer grades, their assigned applications are different because their processing behavior and end-use priorities are not the same. Compared with film-grade alternatives such as F103, T103 is better suited for sheet-based thermoforming rather than biaxial orientation. Film grades are optimized for drawability and stenter-line performance, whereas T103 is positioned around stiffness, formability, and finished-part appearance in thermoformed products. Compared with raffia grades such as R103, T103 is clearly more appropriate for cups, trays, and containers because raffia grades are designed for tape extrusion and woven structures rather than rigid formed articles. Against comparable Indian thermoforming and rigid packaging PP homopolymer grades, Halene-P T103 competes on its combination of 4 MFI flow, 37 MPa tensile strength, 1700 MPa flexural modulus, and 154°C Vicat softening point. These values support the rationale behind its assigned grade positioning. It is a purpose-built thermoforming resin for converters who need stiffness, gloss, clarity, and dependable processing rather than a broad commodity PP grade.
Haldia PPCP Halene M304
Halene M304 is a high-impact, heterophasic polypropylene copolymer manufactured by Haldia Petrochemicals using advanced Spheripol II technology. Designed for injection molding, M304 delivers a unique balance of toughness, rigidity, and processability, making it ideal for automotive, furniture, and industrial container applications. Its 3.5 MFI and 150 J/m impact strength set the benchmark for performance in demanding environments.
Deep Technical Insights
M304 is engineered with a semi-crystalline polypropylene matrix and finely dispersed ethylene-propylene rubber phase, providing a 5–10x impact strength advantage over homopolymer PP. The Spheripol II process ensures uniform spherical granules, tight property tolerances, and efficient cycle times. ISO 9001 and 14001 certified production guarantees product reliability, while the optimized 3.5 MFI enables faster molding and reduced energy use. This grade is especially suited for parts requiring both dimensional stability and resistance to cracking or breakage.Applications & Industry Use Cases
Automotive: Used in dashboard substrates, door trims, pillar covers, bumper reinforcements, battery trays, and under-hood components, M304 excels in safety, durability, and lightweighting targets. Furniture: Perfect for monobloc chairs, modular seating, table tops, and stackable storage, M304 offers impact resistance, weather durability, and fast production cycles for commercial and outdoor furniture. Industrial Containers & Crates: Ideal for paint pails, chemical storage, beverage crates, and warehouse bins, M304 provides chemical resistance, dimensional stability, and long service life under rough handling and stacking.Technical Authority & Industry Leadership
Halene M304 leverages cutting-edge Spheripol II technology and advanced Ziegler-Natta catalysts for superior polymer consistency and efficiency. The grade’s optimized molecular architecture supports high-volume manufacturing, while its performance metrics surpass many competitor grades like Reliance MI3530 and IOCL 3030MG. Haldia’s strategic plant location in West Bengal provides supply chain advantages for Eastern India and export markets, further cementing M304’s position as a go-to solution for impact copolymer applications.
Haldia PPCP Halene M307
Haldia Halene-P M307 is a heterophasic polypropylene impact copolymer (PPiCP) produced using Spheripol technology, engineered for general purpose injection moulding where reliable processability, low cycle times, and balanced mechanical properties are essential. M307 delivers high flow for fast mould filling, robust impact–stiffness balance for structural durability, and low MFI for the production of thicker, more resilient parts. This grade is ideal for household items, furniture, crates, and industrial components—trusted by Delhi/NCR and pan-India moulders seeking consistent, high-quality PPCP for a wide range of injection applications.
Specifications
Physical Properties
- Melt Flow Index: 7 g/10 min (230°C/2.16 kg)
- Density:90 g/cm³
Mechanical Properties
- Tensile Strength at Yield: 23 MPa
- Flexural Modulus: 950 MPa
- Notched Izod Impact (23°C): 80 J/m
Thermal Properties
- Heat Deflection Temperature: 88°C
- Spheripol morphology: Ensures uniformity and consistent mechanicals
Deep Technical Insights
- Spheripol technology: Delivers uniform heterophasic morphology, supporting consistent mechanicals and high process reliability across batches.
- Low MFI: Ideal for thick-section, robust parts in household and industrial use.
- Impact–stiffness synergy: Ensures products resist breakage and deformation under load, making M307 a versatile choice for general injection moulding.
Applications
Household Items
M307 is perfect for injection-moulded household goods such as storage bins, kitchenware, and organizers. Its impact strength and stiffness ensure long-lasting, durable products that withstand daily use and handling.Furniture
For chairs, tables, and modular furniture, M307’s robust flexural modulus and impact resistance provide both structural support and comfort, while its processability supports high-volume, efficient production.Crates & Industrial Components
In crates, bins, and technical housings, M307’s mechanical profile ensures products can handle stacking, drops, and heavy loads, maintaining shape and strength in demanding environments.Processing
- Barrel temperature: 180–240°C
- Mould temperature: 30–50°C
- Processing tips: 7 MFI supports reliable mould filling and short cycle times; Spheripol morphology minimizes warpage and supports dimensional stability
- Cycle time: Optimized for productivity in high-volume general moulding
Haldia PPCP Halene M310
Haldia Halene-P M310 is a heterophasic polypropylene impact copolymer (PPiCP) manufactured with Spheripol II technology, delivering high flow, low cycle times, and excellent thermal stability for injection moulded battery boxes and industrial items. M310 offers a superior balance of impact resistance and stiffness, ensuring structural integrity under impact and thermal stress. Its high gloss and low static charge buildup make it ideal for clean, productive processing and visually appealing finished parts. M310 is trusted by battery manufacturers and industrial moulders in Delhi/NCR and pan-India seeking a productive, thermally stable PPCP for demanding applications.
Specifications
Physical Properties
- Melt Flow Index: 10 g/10 min (230°C/2.16 kg) – high flow for fast fill and multi-cavity tooling
- Density:90 g/cm³ – lightweight, standard for PP impact copolymers
Mechanical Properties
- Tensile Strength at Yield: 24 MPa – robust for battery and industrial parts
- Elongation at Yield: 6% – supports flexibility and drop resistance
- Flexural Modulus: 1200 MPa – high stiffness for stacking and load-bearing
- Notched Izod Impact (23°C): 90 J/m – tough for impact and drop tests
Thermal Properties
- Vicat Softening Point (10 N): 145°C – maintains shape under heat
- HDT (0.46 N/mm²): 95°C – suitable for battery and industrial service
- Compliance: IS 10910, IS 16738:2018 for food/pharma/water contact
Applications
Battery boxes
M310 is engineered for battery boxes requiring fast fill, dimensional stability, and resilience to impact and thermal cycling. Its high modulus and impact resistance ensure boxes withstand stacking, drops, and vibration, while the high flow supports efficient multi-cavity production.Industrial mouldings
For structural crates, housings, and technical mouldings, M310 offers the stiffness and toughness needed for heavy-duty service. Its gloss and low static charge help maintain clean production and attractive finished surfaces, supporting industrial and technical applications.Processing
- Barrel temperature: 160–250°C
- Mould temperature: 30–40°C
- Processing tips: High flow enables fast cycles and complex tooling; Spheripol II morphology minimises warpage and supports consistent quality
- Cycle time: Optimised for productivity in battery and industrial moulding
Deep Technical Insights
- Spheripol II technology: Delivers uniform, heterophasic morphology for consistent mechanicals and reliable performance
- High flow: MFI 10 supports fast fill in multi-cavity tools, reducing energy and boosting output
- Thermal reliability: Maintains shape and mechanicals during heat exposure and cycling, crucial for battery and industrial service
- Gloss and low static: Ensures clean, aesthetic parts ready for high-visibility or technical use
Haldia PPCP Halene M311T
Halene-P M311T from Haldia Petrochemicals is a heterophasic polypropylene impact copolymer (PPiCP) produced on Spheripol technology, engineered for high-flow injection moulding of automotive, luggage, and industrial components. M311T delivers fast fill for thin-wall and multi-cavity tools, low cycle times for productivity, and a balanced impact-stiffness profile for durability. Its superior gloss and toughness make it ideal for applications demanding both aesthetics and mechanical performance. M311T is trusted by moulders seeking high-productivity, tough PPCP for demanding OEM and compounding applications in Delhi/NCR and pan-India.
Specifications
Physical Properties
- Melt Flow Index: 10 g/10 min (230°C/2.16 kg) – high-flow for complex and thin-wall parts
- Density:90 g/cm³ – lightweight, standard for PP impact copolymers
Mechanical Properties
- Tensile Strength at Yield: 24 MPa – robust for automotive and luggage components
- Elongation at Yield: 6% – supports flexibility and shock absorption
- Flexural Modulus: 1200 MPa – high stiffness for structural integrity
- Notched Izod Impact (23°C): 90 J/m – high toughness for drop and impact resistance
Thermal Properties
- Vicat Softening Point (10 N): 145°C – maintains dimensional stability under heat
- Heat Deflection Temperature (0.455 MPa): 95–100°C – suitable for automotive interiors and industrial parts
- Compliance: IS 10951:2020 (PP for moulding/extrusion)
Applications
Automotive components
Halene M311T is engineered for automotive interior trims, covers, and structural parts that require high flow, impact, and stiffness. Its fast fill and low cycle times boost productivity, while its impact resistance ensures safety and durability in demanding environments.Luggage shells
For moulded luggage, M311T’s high gloss and toughness deliver premium aesthetics and long-lasting performance. Its balanced mechanics support thin-wall designs, helping luggage resist drops, impacts, and daily handling during travel.Industrial & compounding
M311T serves as a base resin for filled compounds and industrial mouldings—crates, bins, housings—where high stiffness, toughness, and processability are essential. Its Spheripol morphology ensures consistent quality and reliable mechanicals batch after batch.Processing
- Barrel temperature: 180–260°C
- Mould temperature: 30–40°C
- Processing tips: High flow supports thin-wall and multi-cavity tools; optimize packing and cooling for best surface finish and dimensional accuracy
- Cycle time: Low cycle times possible with proper mould and machine setup
Deep Technical Insights
- Spheripol technology: Delivers uniform heterophasic morphology for consistent batch-to-batch performance
- High flow: MFI 10 enables fast injection and short cycles, reducing energy and increasing plant throughput
- Gloss and toughness: Suits premium luggage and automotive interiors where aesthetics and durability are both required
- Balanced mechanics: Supports both structural and cosmetic parts, making M311T a versatile PPCP for OEMs and compounders
Haldia PPCP Halene M312
HALDIA PPCP HALENE M312 is a heterophasic polypropylene impact copolymer (PPCP) designed for injection molding, offering a strong balance of stiffness and impact strength—even at low temperatures. Leveraging advanced polymerization, Halene M312 delivers reliable durability and processability for B2B buyers. Typical users include injection molders, OEMs, compounders, and procurement teams in the furniture, container, packaging, and housewares sectors.
Key Features & Benefits of Halene M312
- High impact strength at low temperatures
- Balanced stiffness and flexibility
- Smooth processability for injection molding
- Consistent quality and batch traceability
- Suitable for food-contact and industrial applications
Technical Properties & Processing Guidelines
Material Properties of HALDIA Halene-P M312
- Mechanical: Good impact and stiffness balance; maintains properties at low temperatures
- Thermal: Suitable for containers, furniture, industrial parts
- Rheological: Balanced flow for efficient molding and cycle times
- Compliance: Meets relevant standards for food-contact and industrial use (verify per application)
Recommended Processing Conditions
- Barrel temp: 180–230°C (typical)
- Mold temp: 30–60°C (typical)
- Store in a dry, dust-free area below 50°C
- Refer to datasheet for machine/part-specific settings
Typical Applications of HALDIA PPCP HALENE M312
Halene M312 is engineered for versatility across a range of injection-molded products. It is widely used in containers, crates, and bins for industrial and logistics applications, as well as in furniture components, household goods, and general-purpose industrial parts. Its combination of low-temperature impact strength and balanced flow makes it a trusted choice for manufacturers seeking both durability and efficient processing.
Haldia PPCP Halene M325
Haldia Petrochemicals’ Halene-P M325 is a heterophasic polypropylene impact copolymer (PPCP) granule engineered for high-flow injection moulding. Manufactured using Spheripol technology, M325 delivers an MFI of 25 g/10 min, density of 0.90 g/cm³, and a well-balanced stiffness-impact profile. This makes it ideal for moulders and OEMs producing furniture, appliance housings, automotive trims, and as a base for compounding. M325 stands out for its processability, short cycle times, and glossy surface finish, giving you both productivity and premium aesthetics.
Technical specifications
Physical properties (MFI/density)
- Melt Flow Index: 25 g/10 min (230°C/2.16 kg) – enables fast fill and cycle reduction in thin-wall, multi-cavity moulds
- Density:90 g/cm³ – standard for PP IC, supporting lightweight, robust parts
Mechanical properties (stiffness/impact)
- Tensile Strength at Yield: 25 MPa – balanced strength for structural and load-bearing applications
- Tensile Elongation at Yield: 7% – offers flexibility and resistance to sudden shocks
- Flexural Modulus: 1150 MPa – provides structural stiffness for furniture and appliance parts
- Notched Izod Impact (23°C): 60 J/m – ensures toughness versus PP homopolymers, reducing breakage during handling
Thermal properties (Vicat/HDT)
- Vicat Softening Point (10 N): 140°C – suitable for moderately heated environments in appliances and interiors
- Heat Deflection Temperature (0.455 MPa): 84°C – handles typical automotive and white goods service temps
- DSC Melting Temp: 165°C – stable during high-speed injection cycles
Functional Features
Halene M325’s unique combination of flow, stiffness, and impact performance makes it a versatile and reliable choice for demanding injection moulding and compounding applications. Spheripol process ensures batch-to-batch consistency and high gloss.Applications
Furniture and housewares
Halene M325 is widely used for chairs, tables, storage bins, and kitchenware. Its stiffness supports load-bearing, while impact resistance prevents breakage from drops. The glossy finish enhances product appearance for premium housewares.Appliances and white goods
For fans, mixers, washing machines, and refrigerator parts, M325 offers the strength and thermal stability needed for housings, panels, and internal structures. Its processability reduces cycle times and improves surface quality.Automotive components
M325 is suitable for non-critical interior trims, battery boxes, and under-hood covers. The grade’s impact-stiffness balance ensures durability against vibration and handling, while gloss adds aesthetic value to visible parts.Compounding base
M325 serves as an excellent base resin for compounding and masterbatch production. Its high flow aids filler dispersion and smooth twin-screw extrusion, making it a preferred carrier for mineral, glass, or colour concentrates.Processing guidelines
- Barrel temperature: 180–210°C
- Mould temperature: 30–40°C
- High-flow optimisation: Leverage 25 MFI for fast fill, short cycles, and thin-wall designs (1.5–2 mm possible in multi-cavity tools)
- Screw/mould design: Use standard PP IC compression ratio; ensure adequate packing to reduce sink marks in ribs and bosses
- Defect mitigation:
- Warpage: Use balanced cooling
- Flow marks: Increase injection speed
- Short shots: Optimise gate design and location
Advantages vs competitors
Halene M325 matches or exceeds Reliance Repol B220MN/B250EG in flow and mechanicals, offering Indian moulders an edge in price, availability, and technical support. Spheripol process ensures superior gloss and batch consistency, while high MFI reduces cycle times and energy costs. Comparison Table:| Property | Halene M325 | Repol B220MN | Advantage |
| MFI | 25 g/10 min | ~22 g/10 min | Faster cycles, thin walls |
| Flexural modulus | 1150 MPa | ~1100 MPa | Comparable stiffness |
| Impact (RT) | 60 J/m | Similar | Robustness, drop safety |
| Applications | Furniture, auto, appliances, compounding | Similar | Broader compounding use |
Haldia PPCP Halene M340
Haldia Halene M340 is a nucleated heterophasic polypropylene impact copolymer (PPCP) produced using Spheripol technology by Haldia Petrochemicals Ltd. Engineered for high-flow injection moulding (40 g/10 min MFI), M340 combines reactor-grade consistency, low cycle times, and an excellent impact-stiffness balance. The nucleation accelerates crystallisation, minimizes warpage, and enhances dimensional stability, making M340 ideal for automotive parts, appliance/white goods components, thin-wall injection moulding (TWIM), and compounding. The grade is BIS designated IS 10951-3-MBV-E and is compliant with IS 10910 for food, pharma, and drinking water contact. M340 is supplied as natural, odourless granules in 25 kg bags and is not intended for prohibited Single Use Plastic (SUP) items per PWM Rules 2016.
Functional Features
Halene M340 stands out for its high-flow processability, nucleated stability, and reactor-grade uniformity. Its Spheripol-based morphology delivers fast cycles, dimensional accuracy, and a robust mechanical profile suitable for demanding OEM and industrial applications. The grade’s food-contact compliance and batch-to-batch consistency make it a reliable choice for converters and compounders.Detailed Technical Specifications (Typical Values)
- Melt Flow Index: 40 g/10 min (ASTM D1238, 230°C/2.16 kg)
- Density:90 g/cm³ (ASTM D1505)
- Tensile Strength at Yield: 25 MPa (ASTM D638)
- Elongation at Yield: 7% (ASTM D638)
- Flexural Modulus: 1300 MPa (ASTM D790)
- Izod Impact (Notched, 23°C): 70 J/m (ASTM D256)
- Vicat Softening Point (10N): 145°C (ASTM D1525)
- Heat Deflection Temp (0.455 MPa): 100°C (ASTM D648)
- DSC Melting Temp: 165°C (ASTM D3418)
Applications & Industry Use Cases
Appliances & White Goods
M340 is widely used for appliance housings, washer components, AC grills, and other white goods parts where stiffness, thermal stability, and precise fit are required. Its nucleated structure ensures low warpage for snap-fit and high-gloss assemblies.Automotive
Automotive OEMs and compounders use M340 for interior and exterior components, compounds, and non-structural parts where impact-stiffness balance and processability are critical. The grade’s flow and dimensional stability support complex geometries and high-volume production.Thin-Wall Injection Moulding (TWIM)
M340’s high flow and nucleation make it ideal for TWIM of containers, tubs, and utility products. The grade enables lightweight designs, fast cycles, and consistent part quality in multi-cavity tooling.Compounding
As a base resin for filler and masterbatch compounding, M340’s processability and reactor-grade consistency support efficient dispersion and uniform mechanical properties in custom PPCP blends.Performance Advantages
Compared to non-nucleated or lower-MFI PPCP, Halene M340 delivers faster cycles, lower warpage, and superior dimensional accuracy. Its Spheripol reactor technology ensures batch consistency, while nucleation provides output gains and process reliability. M340 is competitive with Reliance Repol B400MN (38 MFI), IOCL Propel 3400MN (40 MFI), and HMEL CM40NR for thin-wall, appliance, and compounding applications.Compliance, Packaging & Storage
Food Contact Compliance: Certified to IS 10910 for food, pharma, and drinking water contact. Converter must validate final article compliance. Packaging: Natural granules in 25 kg bags. Storage Guidelines: Store dry, below 50°C, away from direct sunlight and moisture for optimal quality.
Haldia PPCP Halene M365
Haldia Halene M365 is a reactor-grade, nucleated heterophasic polypropylene impact copolymer (PPCP) developed by Haldia Petrochemicals Ltd. Engineered for high-flow performance (65 g/10 min MFI), M365 enables efficient thin-wall injection moulding with outstanding dimensional stability and low warpage. The nucleation technology accelerates crystallisation, reduces cycle times, and improves part precision, making it ideal for complex, high-volume manufacturing. Certified to IS 10951-3-MBV-F and compliant with IS 10910 for food, pharma, and drinking water contact, M365 is supplied as natural granules in robust 25 kg bags, with recommended storage in dry, UV-protected environments below 50°C.
Functional Features (Industry Authority)
Halene M365 delivers a unique blend of high-flow processability, nucleated stability, and balanced mechanical properties. The grade’s low warpage and rapid demoulding reduce defects and energy use, while its stiffness-impact balance ensures reliability in both rigid and semi-flexible parts. M365’s food-contact compliance and batch-to-batch consistency make it a trusted choice for converters, OEMs, and compounders across India. Halene M365 offers a density of 0.90 g/cm³ and a melt flow rate of 65 g/10 min, providing the flowability needed for thin-wall and complex part designs. Its tensile strength at yield is 24 MPa, with 5% elongation at yield, ensuring balanced ductility and toughness. The flexural modulus of 1200 MPa and notched Izod impact of 60 J/m at 23°C deliver a reliable stiffness-impact profile, while a heat deflection temperature of 90°C and Vicat softening point of 135°C support thermal stability for demanding environments. All values are typical and not to be used as specifications. Processing Recommendations: Melt temperature: 210–250°C; mould: 20–50°C; shrinkage: 1.2–1.8%. High flow reduces injection pressure, supporting efficient production of complex geometries. Compliance: Certified to IS 10910 and IS 16738:2018 for food/pharma/water contact, and aligns with FDA CFR 21 177.1520. Documentation includes TDS, SDS, COA, and regulatory letters.Applications and Industry Use Cases
Appliances and White Goods Components
Halene M365 is the material of choice for appliance housings, AC louvers, washer covers, and internal components requiring warpage resistance and snap-fit integrity. Its high flow and nucleation enable precise, lightweight parts, while food-contact compliance allows use in kitchen appliances and white goods.Thin-Wall Packaging and Houseware
M365’s flowability and low warpage make it ideal for thin-wall tubs, crates, bins, and storage containers. The grade supports high-cavitation tooling and fast cycle times, enabling scalable production for consumer and industrial packaging.Automotive and Compounding Base
In the automotive sector, M365 is used for non-structural trims, ducts, and interior panels where stiffness and dimensional accuracy are essential. As a compounding base, it provides superior processability for masterbatch and mineral-filled PPCP grades.Performance Advantages of Halene M365
Compared to non-nucleated or lower-MFI PPCP grades, Halene M365 delivers 10–20% faster cycles, better dimensional accuracy, and reduced demoulding defects. Its reactor-grade nucleation distinguishes it from competitors like Reliance Repol B650MN, IOCL Propel 3650MN, and HMEL Polysure CM65NR by offering a superior balance of flow, warpage resistance, and gloss—critical for India’s appliance, packaging, and automotive OEMs.Packaging, Storage, and Logistics
Halene M365 is packaged in strong 25 kg bags for safe handling and storage. Bags should be stored dry, below 50°C, and protected from direct sunlight to maintain material quality. JITSY.in ensures pan-India supply from Delhi/NCR warehouses, providing reliable stock, batch traceability, and export-ready documentation for global buyers.
Haldia PPRCP Halene B200
Halene-P B200, from Haldia Petrochemicals Limited, is a high-performance polypropylene random copolymer (PPRCP) manufactured using advanced Spheripol II Technology licensed from LyondellBasell. As one of India’s largest petrochemical companies, Haldia’s ISO 27001:2022 and FDA-compliant B200 is engineered for clarity, processability, and melt strength, making it a trusted choice for demanding blow molding and transparent packaging applications. The product is exported globally and meets stringent international quality standards.
Key Features & Performance Advantages
- Exceptional Clarity: Random copolymer structure ensures high transparency and gloss, ideal for premium packaging.
- Superior Melt Strength: Optimized MFI (1.9) enables stable parison formation, consistent wall thickness, and thin-walled containers.
- Balanced Mechanical Strength: 26 MPa tensile strength and 11% elongation provide both rigidity and flexibility for robust containers.
- FDA & ISO Compliance: Certified for food contact and medical packaging, supporting broad application across regulated industries.
- Processability: Spheripol II process and Avant ZN catalyst deliver uniform particle morphology and batch-to-batch consistency.
Deep Technical Insights
- Melt Flow Index (MFI):9 g/10 min (ASTM D1238)
- Density:90 g/cm³ (ASTM D1505)
- Tensile Strength: 26 MPa (ASTM D638)
- Flexural Modulus: 850 MPa (ASTM D790)
- Notched Izod Impact: 80–100 J/m (ASTM D256)
- Vicat Softening Point: 130°C (ASTM D1525)
- Heat Deflection Temp: 68°C (ASTM D648)
- Processing Temperatures: Barrel: 160–210°C, Die: 180–210°C
- Physical Form: Natural translucent granules, odorless, water insoluble
Applications & Industry Use Cases
Blow Molding Applications
Halene B200 is optimized for blow molding of transparent bottles and containers, enabling the production of IV fluid bottles, pharmaceutical packaging, personal care bottles, and laboratory reagent containers. Its high clarity and impact resistance make it a top choice for medical, pharmaceutical, and cosmetic packaging.Thermoformed & Sheet Extrusion Products
The grade’s excellent processability and clarity extend to thermoformed cups, trays, and transparent storage containers for food, dairy, and consumer goods. It’s also widely used for stationery, display panels, and industrial sheets requiring printability and chemical resistance.Food Contact & General Packaging
FDA and Indian food safety compliance allow use in dairy, condiment, and food storage containers. The low extractables profile and moisture barrier properties keep products fresh and safe.Industrial & Household Containers
B200’s balance of stiffness and impact resistance is ideal for household storage, chemical bottles, and general-purpose transparent packaging.Alternatives & Comparative Analysis
Comparable Grades:- Haldia B202S (medical-specific, similar MFI, enhanced melt strength)
- Reliance SR20NC (clarity, food contact)
- IOCL 2020EC (general blow molding)
Haldia PPRCP Halene-P B202S
Halene-P B202S, manufactured by Haldia Petrochemicals Limited, is a premium polypropylene random copolymer (PPRCP) engineered for pharmaceutical and medical packaging. Produced using advanced Spheripol Technology, this medical-grade polymer delivers exceptional clarity, high melt strength, and superior processability. Haldia, a leader in the Indian petrochemicals sector, holds ISO 27001, ISO 14001, and OHSAS 18001 certifications, ensuring world-class quality and security for sensitive healthcare applications.
Technical Specifications and Properties
- Melt Flow Index:9 g/10 min (ASTM D1238)
- Density:90 g/cm³ (ASTM D1505)
- Tensile Strength: 27 MPa (ASTM D638)
- Flexural Modulus: 900 MPa (ASTM D790A)
- Notched Izod Impact: 90 J/m (ASTM D256A)
- Vicat Softening Point: 130°C (ASTM D1525)
- Heat Deflection Temp: 68°C (ASTM D648)
Deep Technical Insights
Halene B202S is produced via Spheripol-II, enabling uniform spherical granules, consistent molecular weight, and minimal extractables. The optimized 1.9 MFI provides excellent melt strength for blow molding, preventing parison sag and ensuring uniform wall thickness. Its high impact resistance and clarity make it suitable for medical packaging, while advanced catalyst systems keep catalyst residues extremely low—critical for pharmaceutical and IV solution applications.Applications in Medical and Pharmaceutical Packaging
IV Solution Bottles and Containers
B202S is the go-to choice for blow-molded IV and saline solution bottles, offering high clarity for fluid inspection, chemical inertness, and drop resistance. It is widely used by pharmaceutical companies for safe storage and transport of medical fluids.Pharmaceutical Liquid Packaging
This grade excels in large-format injectable drug vials, irrigation solution bottles, and parenteral nutrition fluid containers, ensuring product integrity and regulatory compliance.Medical Device & Laboratory Applications
Halene B202S is ideal for laboratory reagent bottles, diagnostic fluid containers, and medical device packaging where transparency, biocompatibility, and sterilizability are essential.Consumer & Food Packaging
Its food-contact compliance and clarity make it suitable for transparent food containers, cosmetic bottles, and household chemical packaging requiring medical-grade performance.Alternatives & Comparative Analysis
Comparable Grades:- Reliance SRM100NC (higher MFI, injection moulding focus)
- HMEL RB02CR (similar MFI, blow molding)
- LyondellBasell Purell (global medical standard)
- ExxonMobil PP9074 MED (advanced clarity, medical)
Haldia PPRCP Halene-P M212S
Haldia PPRCP Halene-P M212S is a clarified polypropylene random copolymer (PPRCP) produced by Haldia Petrochemicals Ltd using Spheripol II technology. Designed for high-clarity injection moulding and ISBM, M212S features MFI 12 g/10min, excellent clarity and gloss, and low cycle time. The Halene-P brand is known for its quality, medical/food contact compliance, and trusted supply across India and export markets.
M212S is the medical/syringe specialist among Haldia’s random copolymer grades, offering clarity and cycle time advantages for regulated packaging and medical applications.
Technical Specifications (MFI 12, Clarity, Medical Compliance)
- Melt Flow Index: 12 g/10min (ASTM D1238)
- Density:900 g/cm³ (ASTM D1505)
- Tensile Strength (Yield): 28 MPa (ASTM D638)
- Elongation (Yield): 14% (ASTM D638)
- Flexural Modulus: 1050 MPa (ASTM D790)
- Notched Izod Impact: 70 J/m (ASTM D256)
- HDT (0.45 MPa): 75°C (ASTM D648)
- Vicat (10N): 128°C (ASTM D1525)
- Processing: Barrel 160–250°C, Mold 30–60°C
Applications: Syringes, High-Clarity Containers, ISBM Bottles
Medical & Laboratory Applications
M212S is ideal for injection-moulded syringes, medical devices, and laboratory products requiring high clarity, chemical resistance, and compliance with IS 10910. Its ductile behaviour and toughness meet the demands of healthcare packaging and disposables.Household & Food Containers
The grade excels in transparent food containers, household storage, and ISBM bottles for water, edible oils, and pharmaceuticals. Fast cycle times and clarity make it a top choice for converters seeking premium packaging aesthetics and compliance.M212S vs Other PPRCP Grades
- Haldia Halene-P M212S: Medical/syringe focus, Spheripol II technology, MFI 12.
- Reliance Repol SRX100: Ultra-high clarity, antistatic, MFI 12, houseware/ISBM.
- IOCL Propel 2120MC: General high-clarity containers, MFI ~12, Spheripol II.
- HMEL Polysure RM12CR: Labware, kitchenware, ISBM, MFI 12, low cycle time.
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