# JITSY
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- [Circular Economy \& Recycling in the Plastic Raw Material Value Chain](https://www.jitsy.in/blogs/circular-economy-recycling-plastic-raw-material-value-chain/): Expandable microspheres are small hollow beads that have a thin shell made of plastic and contain a liquid core\. The liquid vaporises, the bead expands and the shell expands
- [Raw Materials Used in Toy Manufacturing: Safety, Compliance \& Cost Factors](https://www.jitsy.in/blogs/raw-materials-used-in-toy-manufacturing-safety-compliance-cost/): The materials used in toy manufacturing can impact the safety of children and the reputation of the company\. There are multiple documented cases where improper material selection has led to recalls, litigation, and severe financial damage to toy manufacturers\.
- [Top Procurement Mistakes Indian Manufacturers Make While Scaling](https://www.jitsy.in/blogs/procurement-mistakes-indian-manufacturers-scaling/): I have seen promising Indian manufacturers grow and then struggle during scaling\. Often, success itself exposes operational cracks that were previously hidden\.
- [Choosing the Correct Polymer for Your Manufacturing Needs: ABS vs PP vs PVC](https://www.jitsy.in/blogs/abs-vs-pp-vs-pvc-choosing-right-polymer-manufacturing/): Confusion is common when manufacturers are considering ABS vs PP vs PVC\. Different polymers are suitable for different applications, with specific pros and cons\.
- [Why India Is Becoming a China\+1 Option for Raw Material Sourcing](https://www.jitsy.in/blogs/india-china-plus-one-raw-material-sourcing/): Businesses can no longer rely on a single nation\. They currently diversify risk and seek partners who are stable\. Meanwhile, the increased cost of labour in China\.
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## Products
- [IOCL PPRCP Propel 2120MC](https://www.jitsy.in/product/iocl-pprcp-propel-2120mc/): IOCL Propel 2120MC is a high\-clarity polypropylene random copolymer grade manufactured by Indian Oil Corporation Ltd \(IOCL\) under the PROPEL brand\. Produced using Spheripol II technology, this natural\-coloured resin is designed for injection moulding and ISBM, delivering exceptional clarity, balanced stiffness–impact properties, and efficient processing\. IOCL’s integrated refining and polymer infrastructure ensures consistent supply, batch traceability, and robust technical support across India\.
Propel 2120MC is classified as a PP random copolymer, not an impact copolymer, with HSN code 39023000 and CAS 9003\-07\-0\. It is marketed under IOCL’s PROPEL brand, aligning with Indian and global regulatory standards for food and pharma packaging\.
\\Technical Specifications and Material Properties\\
\
\\Melt Flow Index:\ 12 g/10 min \(ASTM D1238\)\
\\Density:\90 g/cm³ \(ASTM D1505\)\
\\Tensile Strength at Yield:\ ~34 MPa \(ASTM D638\)\
\\Elongation at Yield:\ ~12% \(ASTM D638\)\
\\Flexural Modulus:\ ~1100 MPa \(ASTM D790\)\
\\Notched Izod Impact:\ ~46 J/m \(ASTM D256\)\
\\Vicat Softening Point:\ ~130°C \(ASTM D1525\)\
\\Heat Deflection Temp:\ ~80°C \(ASTM D648\)\
\\Processing Temp Range:\ 180–230°C\
\\Compliance:\ IS 10910, FDA 21 CFR 177\.1520\
\
Spheripol II technology and random ethylene incorporation provide superior clarity, gloss, and a balanced stiffness–impact profile\. The grade’s medium MFI enables thin\-wall injection and ISBM productivity with reduced cycle times and energy consumption\.
\\Applications and Industry Use Cases\\
\\Rigid Containers and Food Packaging\\
2120MC is ideal for injection\-moulded rigid food containers, transparent jars, and packaging trays demanding clarity, stackability, and food\-contact safety\. Its compliance with IS 10910 and FDA 21 CFR 177\.1520 ensures suitability for food and pharma packaging\.
\\Houseware and Household Products\\
The grade’s balanced modulus and impact strength make it a preferred choice for houseware, kitchenware, storage boxes, and organisers where clarity and durability are essential\.
\\ISBM Bottles and Transparent Containers\\
Optimised for injection stretch blow moulding, 2120MC delivers glass\-like clarity and drop resistance for ISBM bottles, personal care packaging, and display containers\. Its flow properties support complex shapes and thin\-wall designs\.
\\Performance Advantages for Converters\\
2120MC offers converters high clarity and gloss, balanced stiffness and impact, lower processing temperatures for energy savings, and up to 15% cycle\-time reduction\. Its regulatory compliance, recyclability, and batch consistency support both manufacturing efficiency and sustainability goals\.
\\Alternative and Comparable Grades in India\\
\
\\Reliance Repol SRM100NC:\ 12 MFI, clarified PP random, direct competitor for rigid containers and ISBM with similar clarity and modulus\.\
\\HMEL Polysure RM12CR:\ 12 MFI, Spheripol II\-based, high\-clarity random copolymer for injection/ISBM, strong in North India\.\
\\Hyosung Topilene R601:\ International equivalent, 12 MFI, used in food containers, ISBM bottles\.\
\
\Key Differentiators:\ Propel 2120MC’s Spheripol II process, Indian origin, and IOCL’s supply reliability set it apart\. Compared to impact copolymers \(PPCP\), 2120MC offers superior clarity and is specifically optimised for rigid packaging, not heavy\-duty crates or automotive parts\.
- [IOCL PP Propel P1030RG](https://www.jitsy.in/product/iocl-pp-propel-p1030rg/): IOCL PP Propel P1030RG is a prime, virgin polypropylene homopolymer resin supplied by Indian Oil Corporation Ltd\. It is a natural\-coloured thermoplastic polymer manufactured utilizing the advanced Spheripol II technology platform\. This production process delivers a highly uniform molecular structure, minimizing structural defects and ensuring exceptionally consistent physical properties across processing batches\.
Raffia extrusion plants and packaging engineers select this specific grade to achieve high\-speed production stability and heavy\-duty structural integrity\. Its formulation is engineered to provide a balanced combination of high tensile tenacity and practical structural elongation\. This ensures that the extruded plastic tapes can be stretched tightly during the drawdown phase without splitting, snapping, or introducing costly line interruptions on industrial circular looms\.
\\Technical Specifications of P1030RG\\
\\Resin and Rheological Properties\\
\
\\Melt Flow Index \(MFI\):\ 3\.3 g/10 min \(Tested via ASTM D1238 at 230°C with a 2\.16 kg load\)\. A controlled MFI of 3\.3 indicates an optimal melt viscosity for film or tape extrusion\. This structural thickness gives the molten polymer curtain enough structural stability to withstand high mechanical drawing forces before cooling\.\
\\Density:\ 0\.90 g/cm³ \(Tested via ASTM D1505 at 23°C\)\. The light volumetric baseline allows plastics plants to reduce individual bag weights while achieving high commercial volumetric part yields per metric ton of raw material\.\
\
\Mechanical and Structural Strength\
\
\\Tensile Strength at Yield:\ 35 MPa \(Tested via ASTM D638 at 50 mm/min\)\. This rating confirms high structural resistance against continuous pulling loads, allowing woven fabrics to carry heavy weights without structural tearing\.\
\\Flexural Modulus:\ 1550 MPa \(Tested via ASTM D790 at 1\.3 mm/min\)\. This moderate\-to\-high stiffness rating ensures that individual woven tapes retain structural crispness and resist structural sagging under load, which optimizes flat tape alignment on industrial winders\.\
\\Elongation at Yield:\ 12% \(Tested via ASTM D638 at 50 mm/min\)\. This balanced stretch allowance provides excellent drop impact protection, allowing finished industrial packaging to deform slightly under shock loads rather than rupturing\.\
\\Notched Izod Impact Strength:\ 50 J/m \(Tested via ASTM D256 at 23°C\)\. This level of toughness ensures superior resistance to mechanical abuse during typical handling, transit, and automated loading operations\.\
\
\\Thermal Characteristics\\
\
\\Heat Deflection Temperature \(HDT\):\ 95°C \(Tested via ASTM D648 at 0\.46 N/mm²\)\. This broad thermal performance threshold ensures that industrial storage sacks preserve their mechanical shape and structural integrity when exposed to elevated storage environments\.\
\\Vicat Softening Point:\ 156°C \(Tested via ASTM D1525 under a 10 N load\)\. This structural melting boundary protects the integrity of individual woven tapes during high\-heat downstream processes like automatic hot\-knife stitching or thermal sealing\.\
\
\\Applications and Use Cases\\
\\Woven Sacks and Stretched Tapes\\
This grade is highly optimized for the extrusion of high\-strength stretched tapes used to weave commercial packaging bags\. Its excellent low water carry\-over feature is critical here, preventing water droplets from traveling out of the cooling bath and into the orienting oven\. This eliminates steam pockets and uneven tape thinning, allowing plants to produce highly uniform strands for defect\-free weaving\.
\\Cement and Fertilizer Packaging\\
The heavy industrial sector utilizes this raw material to manufacture durable bags for transporting cement, minerals, chemical fertilizers, and heavy building polymers\. The 35 MPa tensile yield ensures that the woven fabrics withstand harsh mechanical handling, stacking, and rough transport over long distribution networks\. The balance of high tenacity and structural elasticity keeps container failures to an absolute minimum\.
\\Food Grains and Industrial FIBC Packaging\\
This polymer is widely applied in producing bulk food grain bags and Flexible Intermediate Bulk Containers \(FIBC\) or jumbo bags\. The clean, unadulterated homopolymer base keeps food storage safe, pure, and taint\-free\. The balanced mechanical toughness allows heavy jumbo sacks to support loads up to one metric ton safely, preventing unexpected failures during crane liftoff and automated depot stacking\.
\\Processing and Handling Guidelines\\
\\Stated Processing Temperature Windows\\
The recommended processing temperature window for this raffia grade is established between 170°C and 230°C\. Extrusion line technicians can easily adjust these temperature zones across the extruder barrel to maintain steady melt pressures, minimize thermal degradation, and optimize the drawing performance of the flat tape die\.
\\Packaging and Storage\\
The virgin resin is supplied in heavy\-duty raffia bags with a fixed net content of 25\.0 kg\. To preserve the base material characteristics, store the polymer pallets indoors in a clean, dust\-free warehouse away from heat and direct UV sunlight\. Ambient storage temperatures must remain below 50°C, and the granules should be processed within 6 months of delivery\.
\\Compliance, Safety, and Regulatory Information\\
The material formulation satisfies the food\-grade plastic criteria outlined in Indian Standards IS 10910 and IS 10909\. Additionally, it complies with international food\-contact safety frameworks specified under US FDA CFR Title 21 177\.1520\. This guarantees that woven fabrics produced from this resin are safe for the direct packaging and long\-term storage of agricultural commodities, lentils, flour, and sugar\.
\\Comparable Grades in India\\
\
\\IOCL 1030FG:\ A specialized film\-grade homopolymer\. While it shares a similar low melt flow structure, it is formulated with distinct slip and anti\-blocking additives optimized for film blowing rather than the mechanical drawing demands of the raffia tape process\.\
\\IOCL 1110MG / 1110MAS:\ Specialized high\-flow injection moulding resins with an MFI of 11\.0\. These grades lack the low\-viscosity melt strength needed for tape extrusion and cannot be used for manufacturing woven fabrics\.\
\\IOCL 1060MG / 1200MG:\ These are rigid injection moulding polymers designed to fill complex cavities quickly\. They are completely non\-equivalent to raffia grades and cannot be substituted into stretched tape extrusion lines\.\
\\Alternative Domestic Suppliers:\ Other major Indian petrochemical firms offer 3\.3 MFI homopolymer raffia grades\. While these alternatives provide functionally comparable results for woven sacks, exact structural drawing parameters should be re\-validated on the loom line before making a complete swap\.\
\
\\Common Search Variants\\
Industrial buyers looking for this product often search using variations like PP H P1030RG, PP raffia 1030RG, 1030RG PP, and 1030 RG PP\. Common typographical errors found in sourcing inquiries include 1030rg, 1030\-rg, p1030rg, and pp 1030r g\.
- [IOCL PP Propel P1030FG](https://www.jitsy.in/product/iocl-pp-propel-p1030fg/): IOCL PP Propel P1030FG is a virgin, natural\-colored polypropylene homopolymer resin from Indian Oil Corporation Ltd's premium PROPEL line\. It is polymerized using advanced Spheripol II technology, ensuring excellent structural consistency and a uniform molecular weight distribution\. This highly stable structure helps film converters achieve predictable flow dynamics and uniform melt thickness during long\-run production campaigns\.
Film manufacturers select this specific grade to maintain high operational yield on high\-speed biaxially oriented polypropylene \(BOPP\) extrusion lines\. It is engineered to withstand extreme mechanical stretching in both machine and transverse directions without structural tearing\. The polymer formulation delivers high optical clarity, superior surface gloss, and an optimal balance of structural stiffness and puncture resistance required for industrial consumer packaging\.
\\Technical Specifications of P1030FG\\
\\Resin and Melt Flow Characteristics\\
\
\\Melt Flow Index \(MFI\):\ 3\.0 g/10 min \(ASTM D1238, 230°C / 2\.16 kg\)\. A 3\.0 MFI provides the high melt strength needed for uniform bubble or cast\-sheet formation\. It ensures that the molten polymer web does not sag or split during the initial extrusion phase before it enters the orientation ovens\.\
\\Density:\ Unverified for this specific grade in standard technical summaries, though typical polypropylene homopolymer baselines fall near 0\.90 g/cm³ via ASTM D1505\.\
\
\\Mechanical and Impact Properties\\
\
\\Tensile Strength at Yield:\ 36\.0 MPa \(ASTM D638, 50 mm/min\)\. This rating ensures the finished film can handle high pulling tension on automated form\-fill\-seal \(FFS\) packaging machines without stretching out of shape or breaking\.\
\\Flexural Modulus:\ 1400 MPa \(ASTM D790, 1\.3 mm/min\)\. This level of stiffness gives thin films a premium, crinkly feel and good structural body, which prevents the film from jamming inside automated feeding systems\.\
\\Elongation at Yield:\ 11% \(ASTM D638, 50 mm/min\)\. This balanced elastic threshold allows the oriented film to absorb sudden mechanical stress during shipping and handling without fracturing\.\
\\Notched Izod Impact Strength:\ 32 J/m \(ASTM D256, 23°C\)\. This impact rating gives the thin polymer layer excellent puncture resistance, preventing sharp box corners or stiff contents from piercing the film wrap\.\
\
\\Thermal Properties\\
\
\\Heat Deflection Temperature \(HDT\):\ 93°C \(ASTM D648, 0\.46 N/mm²\)\. This thermal threshold keeps the film stable and flat when exposed to high temperatures in shipping containers or warehouses\.\
\\Vicat Softening Point:\ 155°C \(ASTM D1525, 10 N\)\. This high softening point provides a wide thermal processing window, allowing downstream metallization or hot\-knife sealing lines to run smoothly without melting the film base prematurely\.\
\
\\Applications and Use Cases\\
\\General\-Purpose and Co\-Extruded BOPP Films\\
This grade serves as the core layer for multi\-layer co\-extruded films used to wrap consumer items like textiles and adhesive tapes\. Its low water carry\-over feature is vital on high\-speed cast lines, preventing water droplets from escaping the cooling bath\. This prevents optical flaws, pinholes, or surface haze from marring the clear wrap\.
\\Metallisable Film for Food and Biscuit Packaging\\
Converters rely on this resin to produce premium metallisable BOPP films for snacks, biscuits, and confectionery\. The clean, additive\-optimized homopolymer surface allows aluminum vapor layers to bond perfectly during vacuum metallization\. This creates an excellent barrier against moisture and oxygen, keeping food fresh while maintaining a bright, reflective finish\.
\\Protective Overwraps and Cigarette Packaging\\
The polymer is widely used for clear overwraps on cigarette boxes, media cases, and luxury retail cartons\. Thanks to its excellent clarity and gloss, the film acts as an invisible shield that enhances the printed graphics beneath it\. Its high flexural stiffness also ensures tight, crisp fold lines during high\-speed overwrapping operations\.
\\Processing and Handling Guidelines\\
\\Stated Processing Temperature Windows\\
The recommended processing temperature window for P1030FG ranges from 220°C to 280°C\. This broad thermal window allows operators to fine\-tune the melt viscosity across the extruder zones, ensuring a smooth, defect\-free melt skin on the die lips and stable film orientation\.
\\Storage and Handling\\
The raw granules are delivered in standard 25\.0 kg bags\. To prevent premature thermal aging or moisture buildup, store the material indoors in a clean, dust\-free warehouse below 50°C\. Keep the pallets away from direct sunlight, and process the resin within 6 months of delivery to ensure optimal film clarity\.
\\Compliance, Safety, and Regulatory Information\\
The material composition meets the strict food\-grade plastic requirements set by Indian Standards IS 10910 and IS 10909\. It also complies with international food\-safety criteria under US FDA CFR Title 21 177\.1520\. This allows film manufacturers to safely use this resin for direct\-contact food packaging, dry snack wraps, and consumer goods\.
\\Comparable Grades in India\\
\
\\IOCL 1100FS:\ A film\-grade variant designed primarily for tubular quenched polypropylene \(TQPP\) film lines\. It contains a unique blend of slip and anti\-block additives, making it less suitable for the high stretching forces used on tenter\-frame BOPP lines\.\
\\IOCL 1350EG:\ A specialized lamination and extrusion coating grade\. It features a much higher melt flow rate to ensure thin coating layers, making it completely incompatible with high\-speed standalone film extrusion\.\
\\IOCL 1030RG:\ A dedicated raffia grade\. While it shares a similar low\-MFI homopolymer chemistry, it is tailored for drawing flat, heavy\-duty structural tapes for woven sacks rather than high\-clarity packaging films\.\
\\Alternative Indian Suppliers:\ Other domestic petrochemical manufacturers offer alternative 3\.0 MFI BOPP film resins\. While these options serve the same general applications, operators should re\-verify the optical clarity and skin\-layer compatibility before changing materials\.\
\
\\Common Search Variants\\
Sourcing professionals often search for this grade using designations like PP H P1030FG, PP film 1030FG, 1030FG PP, and 1030 FG PP\. Frequent typographical misspellings found in procurement systems include 1030fg, 1030\-fg, p1030fg, and pp 1030f g\.
- [IOCL PP Propel 1200YG](https://www.jitsy.in/product/iocl-pp-propel-1200yg-2/): IOCL PP Propel 1200YG is a prime, virgin polypropylene homopolymer resin from Indian Oil Corporation Ltd's advanced PROPEL polymer line\. Produced using the industry\-standard Spheripol II technology, this natural\-colored thermoplastic material is characterized by its precise molecular weight distribution and excellent chemical purity\. The underlying homopolymer matrix provides high crystallinity, which serves as the essential baseline for developing high\-tenacity industrial fiber structures\.
Textile engineers and fiber extruders select this specific grade because it contains a custom\-engineered, optimum process stabilizer package\. This chemical additive package prevents thermal degradation and molecular scissoring when the polymer is subjected to severe shear stress inside the die\. Consequently, processing plants can maintain unbroken melt integrity during high\-speed drawing, resulting in excellent processability and fewer broken filaments on the spinning line\.
\\Technical Specifications of 1200YG\\
\\Resin and Rheological Properties\\
\
\\Melt Flow Index \(MFI\):\ 20\.0 g/10 min \(Tested via ASTM D1238 at 230°C with a 2\.16 kg load\)\. A high melt flow rate of 20 ensures a highly fluid melt that moves rapidly through fine spinneret orifices\. This low melt viscosity reduces motor load on the extruder while preventing erratic pressure spikes during high\-output production runs\.\
\\Density:\ Unverified for this specific grade in current documentation; standard homopolymer grades typically mirror 0\.90 g/cm³ when evaluated under standard ASTM D1505 methods\.\
\
\\Mechanical and Impact Properties\\
\
\\Tensile Strength at Yield:\ 34 MPa \(Tested via ASTM D638 at 50 mm/min\)\. This performance indicator highlights the material's strong structural resistance to stretching\. It enables extruded strands to withstand aggressive mechanical pull without premature thinning or snapping during downstream drawing phases\.\
\\Flexural Modulus:\ 1600 MPa \(Tested via ASTM D790 at 1\.3 mm/min\)\. This stiffness rating gives finished synthetic fibers excellent structural body and recovery characteristics\. It helps nonwoven fabrics maintain their shape and resist collapsing under mechanical load\.\
\\Elongation at Yield:\ 11% \(Tested via ASTM D638 at 50 mm/min\)\. This optimized ductility gives the cooling filaments just enough flexible stretch to absorb rapid tension changes on the winding reels, preventing micro\-tears\.\
\\Notched Izod Impact Strength:\ 25 J/m \(Tested via ASTM D256 at 23°C\)\. This toughness metric ensures that the solidified filaments can survive high\-impact downstream processes, such as staple fiber crimping, cutting, and baling\.\
\
\\Thermal Properties\\
\
\\Heat Deflection Temperature \(HDT\):\ 95°C \(Tested via ASTM D648 at 0\.46 N/mm²\)\. This thermal property confirms that the resulting fiber networks remain physically stable and resist heat distortion when exposed to hot industrial environments or secondary thermal bonding processes\.\
\\Vicat Softening Point:\ 155°C \(Tested via ASTM D1525 under a 10 N load\)\. This broad thermal boundary provides an expansive processing and texturizing window, allowing for efficient hot\-air or calender bonding without compromising the core fiber filaments\.\
\
\\Applications and Use Cases\\
\\Multifilament Yarn Extrusion\\
This resin is primarily selected for high\-speed multifilament yarn spinning lines\. The combination of an MFI of 20 and a specialized heat stabilizer allows the polymer to be drawn into ultra\-fine individual strands at very high spinning speeds\. The resulting commercial yarns provide the high tensile strength and uniform cross\-section required for technical textiles, industrial sewing threads, and heavy\-duty strapping\.
\\Nonwoven Fabric Production\\
Nonwoven manufacturers utilize this homopolymer grade to feed high\-output spunbond and meltblown production lines\. The clean, uniform flow of the polymer melt ensures consistent distribution across the die beam, creating highly uniform web networks\. These nonwoven fabrics are widely converted into components for medical disposables, protective face masks, agricultural cover sheets, and filtration media\.
\\Staple Fiber Manufacturing\\
Industrial converters specify this material to produce high\-volume synthetic staple fibers\. The stable melt extrusion behavior allows for the continuous production of large fiber bundles that are subsequently crimped, chopped, and blended\. These finished polypropylene fibers are heavily utilized as reinforcement elements in concrete, automotive interior components, and durable geotextiles\.
\\Processing and Handling Guidelines\\
\\Stated Processing Temperature Windows\\
The manufacturer\-recommended processing temperature window for this fiber\-grade material is established between 170°C and 220°C\. Operating within this thermal zone ensures complete melting and uniform viscosity, while fully preserving the integrated process stabilizer package to guarantee clean extrusion\.
\\Storage and Handling\\
The product is distributed exclusively in standard 25\.0 kg raffia bags\. To prevent material degradation, store these bags inside a dry, dust\-free warehouse where ambient temperatures are maintained below 50°C\. Pallets must be protected from direct sunlight and moisture, and the material should be processed within 6 months of delivery to ensure optimal spinning performance\.
\\Compliance, Safety, and Regulatory Information\\
The chemical formulation of this grade matches the safety criteria outlined in Indian Standards IS 10910 and IS 10909\. It also aligns with the global standards regulated by US FDA CFR Title 21 177\.1520\. This documentation certifies that fibers and nonwovens manufactured from this grade are fully safe for direct food packaging wrappers and hygienic consumer products\.
\\Comparable Grades in India\\
\
\\IOCL 1200MG:\ A dedicated injection moulding grade\. Although it shares a comparable flow profile, it is formulated for rapid mold\-cavity release rather than long\-strand melt tenacity, making it unsuitable for continuous fiber spinning\.\
\\IOCL 1110MG / 1110MAS:\ Standard injection moulding and clarified grades\. These materials feature different additive designs tailored for rigid plastic parts and lack the specialized process stabilizers required to prevent strand breakage at high spinning speeds\.\
\\IOCL 1030RG:\ A specialized homopolymer raffia grade\. It is engineered with a lower MFI of 3\.0 to maximize tape strength, which means it cannot flow freely enough to pass through fine multifilament spinnerets\.\
\\Alternative Regional Suppliers:\ Other domestic petrochemical manufacturers offer alternative 20 MFI polypropylene fiber resins\. While these grades serve as functional equivalents, plant engineers must verify pressure stability and draw\-down ratios before switching raw materials\.\
\
\\Common Search Variants\\
Industrial purchasing teams frequently search for this material under names such as PP H 1200YG, PP fiber 1200YG, 1200YG PP, and 1200 YG PP\. Common typographical misspellings recorded in supply chain databases include 1200yg, 1200\-yg, p1200yg, and pp 1200y g\.
- [IOCL PP Propel 1100FS](https://www.jitsy.in/product/iocl-pp-propel-1100fs/): IOCL PP Propel 1100FS is a prime, virgin polypropylene homopolymer resin from Indian Oil Corporation Ltd's recognized PROPEL product portfolio\. Manufactured using state\-of\-the\-art Spheripol II technology, this natural\-colored thermoplastic granule exhibits a highly uniform molecular arrangement\. This precise engineering delivers excellent rheological consistency, ensuring stable melt processing during rapid vertical downward extrusion\.
Film converters and industrial packaging engineers select this specific grade because it is custom\-formulated for tubular water\-quench polypropylene \(TQPP\) production\. It features a built\-in package of slip and antiblock additives that lower the film's surface friction coefficient\. This chemical addition prevents newly extruded film bubbles from sticking together, facilitating rapid winding, smooth slitting, and jam\-free tracking on high\-speed downstream bagging lines\.
\\Technical Specifications of 1100FS\\
\\Resin and Rheological Properties\\
\
\\Melt Flow Index \(MFI\):\ 11 g/10 min \(Tested via ASTM D1238 at 230°C with a 2\.16 kg load\)\. An elevated MFI of 11 provides a highly fluid, low\-viscosity polymer melt\. This high flow character reduces backpressure inside the extruder barrel, allowing processing plants to maintain high throughput rates while optimizing overall energy consumption\.\
\\Density:\ Unverified for this specific grade in common technical datasheets; standard homopolymer baselines typically fall near 0\.90 g/cm³ when tested under ASTM D1505\.\
\
\Mechanical and Impact Properties\
\
\\Tensile Strength at Yield:\ 35 MPa \(Tested via ASTM D638 at 50 mm/min\)\. This rating indicates high mechanical strength, allowing thin blown films to endure heavy tension on automated filling machines without stretching out of shape\.\
\\Flexural Modulus:\ 1500 MPa \(Tested via ASTM D790 at 1\.3 mm/min\)\. This level of stiffness gives vertical display bags a premium structural body, which prevents the retail packaging from drooping or buckling when placed on store shelves\.\
\\Elongation at Yield:\ 10% \(Tested via ASTM D638 at 50 mm/min\)\. This optimized elongation limit gives thin films reliable structural flexibility, ensuring they can absorb rapid handling shocks without tearing along the seams\.\
\\Notched Izod Impact Strength:\ 21 J/m \(Tested via ASTM D256 at 23°C\)\. This toughness rating provides dependable puncture resistance, protecting the thin film enclosure against sharp contents or rough handling during multi\-stage shipping\.\
\
\Thermal Properties\
\
\\Heat Deflection Temperature \(HDT\):\ 100°C \(Tested via ASTM D648 at 0\.46 N/mm²\)\. This high thermal deflection performance ensures the finished film maintains its flat shape and structural stability in hot warehouses or equatorial transit zones\.\
\\Vicat Softening Point:\ 151°C \(Tested via ASTM D1525 under a 10 N load\)\. This broad thermal boundary allows for secure heat\-sealing window parameters, allowing for fast thermal jaw fusion without burning through the surrounding film layers\.\
\
\\Applications and Use Cases\\
\\Tubular Water Quench \(TQPP\) Film Production\\
This resin is explicitly designed for downward blown film extrusion lines equipped with direct water\-quench cooling rings\. Rapid water chilling suppresses polymer crystallization, turning the molten homopolymer into a highly amorphous structure\. This process maximizes the inherent optical properties of the plastic, yielding packaging film with excellent surface gloss and optical clarity\.
\\Textile and High\-End Garment Packaging\\
The garment and textile manufacturing industries use this polymer grade to produce premium retail overwrap bags for shirts, hosiery, and fabrics\. The integrated slip and antiblock formulation lets workers slide textile items into the bags quickly without static binding\. Meanwhile, the excellent clarity ensures that fabric textures and colors remain vibrant and highly visible to retail shoppers\.
\\Snack and Bakery Food Packaging\\
Converters choose this food\-contact safe grade to extrude protective clear packaging for bread, cookies, snacks, and bakery treats\. The high flexural stiffness creates crisp side gussets and clean, professional heat seals that preserve food freshness\. The high surface gloss gives consumer snack packs a clean, premium shelf appearance that drives point\-of\-sale appeal\.
\\Processing and Handling Guidelines\\
\\Stated Processing Temperature Windows\\
The recommended processing temperature window for this TQPP grade is set between 170°C and 220°C\. Maintaining barrel temperatures within this precise zone ensures uniform melt flow while protecting the integrated slip and antiblock additives from thermal degradation or premature off\-gassing\.
\\Storage and Handling\\
The material is supplied exclusively in heavy\-duty 25\.0 kg bags\. To protect the raw granules from premature aging, store the pallets indoors within a clean, dry, dust\-free warehouse where temperatures remain below 50°C\. Protect the polymer from direct UV sunlight and heat, and process the stock within 6 months of delivery to guarantee peak film clarity\.
\\Compliance, Safety, and Regulatory Information\\
The material's chemical design complies fully with the non\-toxic plastics criteria set forth in Indian Standards IS 10910 and IS 10909\. It also meets international safety benchmarks governed by US FDA CFR Title 21 177\.1520\. This formal certification guarantees that films produced from this resin are completely safe for direct\-contact food preservation and retail consumer packaging\.
\\Comparable Grades in India\\
\
\\IOCL 1030FG:\ A specialized BOPP film grade with a low MFI of 3\.0\. It is designed for tenter\-frame biaxial stretching and lacks the high melt flow rate required for smooth vertical bubble stability on downward water\-quench lines\.\
\\IOCL 1350EG:\ A dedicated extrusion coating and lamination grade\. It possesses a significantly higher flow profile tailored for thin web coating applications, making it unsuitable for freestanding blown film systems\.\
\\IOCL 1030RG:\ A dedicated homopolymer raffia grade\. It is engineered with a lower melt flow index and balanced tenacity to allow mechanical tape drawing for woven sacks, meaning it lacks the optical attributes and slip performance required for clear films\.\
\\Alternative Regional Suppliers:\ Other major Indian petrochemical producers offer alternative 11 MFI film resins\. While these substitute materials provide functionally comparable TQPP properties, line operators should re\-validate machine drawability and friction performance before executing a total inventory change\.\
\
\\Common Search Variants\\
Industrial buyers frequently query this polymer using terms such as PP H 1100FS, PP film 1100FS, 1100FS PP, and 1100 FS PP\. Common typographical variations found in industrial supply databases include 1100fs, 1100\-fs, p1100fs, and pp 1100f s\.
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- [Polymers](https://www.jitsy.in/blogs/category/polymers/)
## Sliders
- [Marketplace 2 slider](https://www.jitsy.in/blogs/woodmart_slider/marketplace-2-slider/)
## Brands
- [IOCL \- Indian Oil Corporation Limited](https://www.jitsy.in/brand/iocl/)
- [HMEL \- HPCL\-Mittal Energy Limited](https://www.jitsy.in/brand/hmel/)
- [Reliance Industries Limited](https://www.jitsy.in/brand/reliance_industries_limited/)
- [ONGC Petro Additions Ltd](https://www.jitsy.in/brand/ongc/)
- [Gail India Limited](https://www.jitsy.in/brand/gail_india_limited/)
## Product categories
- [Polypropylene Homopolymer](https://www.jitsy.in/product-category/polymers/polypropylene-homopolymer/)
- [High\-Density Polyethylene](https://www.jitsy.in/product-category/polymers/high-density-polyethylene/)
- [Polypropylene Impact Copolymer](https://www.jitsy.in/product-category/polymers/polypropylene-impact-copolymer/)
- [Ethylene Vinyl Acetate](https://www.jitsy.in/product-category/polymers/ethylene-vinyl-acetate/)
- [Polypropylene Random Copolymer](https://www.jitsy.in/product-category/polymers/polypropylene-random-copolymer/)
## Product tags
- [Injection Molding](https://www.jitsy.in/product-tag/injection_molding_grades/)
- [MFI 7 to 16](https://www.jitsy.in/product-tag/mfi-7-to-16/)
- [VA 16 to 22 %](https://www.jitsy.in/product-tag/va_16_to_22/)
- [VA 23 to 34 %](https://www.jitsy.in/product-tag/va_23_to_34/)
- [General Purpose](https://www.jitsy.in/product-tag/general-purpose-resins/)
## Optional
- [Sitemap index](https://www.jitsy.in/sitemap_index.xml)