Modified Pp Polymer

This type Chips that is designed to resist burning and melting at low temperatures. Low Melting Point Polyester Chip for Hot Melt Yarn Masterbatch Extrusion Grade Polymer for Hot-melt Adhesive Glue Coating Description: Generally speaking, the low melting point polyester chip refers to one specialty polymer with a melting point between 90 and 220. The melting point of polyester is the temperature at which a solid crystalline substance changes from a solid state to a liquid. So it reflects the purity of polyester. Generally speaking, pure polyester is a partially crystalline polymer with a melting point of 265. But during actual production, some impurities exist in the polyester due to various side reactions. At the same time, the defects of polymer crystals and the difference in crystallinity will also affect the melting point. The common type of low melt polymer is 110. But we can also offer a melting point of 90, 120, 160, and 180. Application: Low-melt polyester chips can produce low-melting point fiber, low-melting point synthetic fiber, and thermal-melting mucilage. Its primary usage is acting as bonding fiber in nonwoven fabrics. The end usage lies in clothing, articles for bed, shoe uppers, sleeping bags, sofas, and hygiene products. LM PET Chip is also the main raw material of masterbatch carriers. That is, low-melt PET chips, conventional chips, and dyes are mixed to produce the polyester color masterbatch according to a certain proportion. The production of this product is the introduction of polyester macromolecules into the modified copolymer unit. And its melting point is in the range of 100-120. Commonly used modifiers are phthalic acid, adipic acid, and trimethylolpropane. Recently, LM Polymer is also extruded into the back coating of nonwoven, automotive interiors, foam, injection molding, PET sheets, and hot-melt adhesive/glue. Low Melt Yarn is also called hot melt yarn or fusible yarn. There are sheath-core low-melt bicomponent yarn and full low-melt polyester yarn.

Polymer: Polypropylene (PP) Grade: Copolymer Injection Melt Flow Index: 8-10 g/10min Origin: Battery Scrap Packing: 750-850 KGS Jumbo Bags Payment Terms: T/T basis only

What is pe/pp bicomponent fiber? PE/PP bicomponent fiber is a type of synthetic fiber that is made up of two different polymers, polyethylene (PE) and polypropylene (PP), which are combined in a single filament. What are the advantages of using PE/PP bicomponent fiber in textiles? PE/PP bicomponent fiber offers several advantages in textiles, including improved strength, durability, and moisture management. It also provides a softer feel and can be used in a variety of applications, such as sportswear, outdoor apparel, and home textiles. What are some common uses of PE/PP bicomponent fiber in the textile industry? PE/PP bicomponent fibers have several advantages that make them popular in the textile industry. Some of these advantages include: Improved Strength: PE/PP bicomponent fibers have a higher tensile strength than regular fibers, making them ideal for use in high-stress applications. Enhanced Durability: These fibers are resistant to wear and tear, making them ideal for use in products that need to withstand daily use. Improved Comfort: PE/PP bicomponent fibers have a soft texture, which makes them comfortable to wear against the skin. Moisture Management: These fibers are hydrophobic, which means they repel water and moisture. This property makes them ideal for use in products that need to stay dry. Some common uses of PE/PP bicomponent fiber in the textile industry include: Clothing: These fibers are often used in the production of sportswear, outdoor clothing, and other products that require enhanced durability and moisture management. Home Textiles: PE/PP bicomponent fibers are used in the production of carpets, curtains, and other home textiles that require enhanced strength and durability. Nonwoven Fabrics: These fibers are used in the production of nonwoven fabrics, which are used in a wide range of applications, including medical products, hygiene products, and filtration materials. Overall, PE/PP bicomponent fibers offer several advantages that make them a popular choice in the textile industry for a wide range of applications.

The advantages of PP include chemical resistance, high stiffness and strength, good heat resistance, good electrical insulation, water resistance, and moisture resistance. It also has good recyclability, making it an environmentally friendly material. Application: PP plastic resin has a wide range of applications in many different fields due to its versatility and diversity. Below are some common applications of PP plastic pellets: Packaging and packaging: PP is often used to produce packaging bags, wrapping films, cartons, bottles and jars for products. Its durability, water resistance, and recyclability make PP a popular choice for packaging. Household products: PP is used to produce many household products such as cups, plates, spoons, chopsticks, food containers and other kitchen utensils. This is because PP has good heat resistance and is easy to clean. Textiles: In the textile industry, PP is used to produce nonwoven fabrics, ropes and other textile products such as bags, pillows, and mattresses. Automotive: In the auto manufacturing industry, PP is used to produce interior parts such as gauges, gear levers, dashboards, and seats. Electronics: PP is used in the production of electronic products such as protective covers for electronic devices, sockets, and buttons. Industrial products: PP is also used in many other industrial applications such as water supply pipes and air duct systems. Toys and entertainment products: Due to its safety and versatility, PP is often used in the production of children's toys and entertainment products such as plastic toys and construction toys.

Product pictures Properties: PP has the advantages of excellent comprehensive properties, good chemical stability, good shape processing performance and relatively low cost. PP can adapt to a wider range of application requirements through modifying, copolymerization, grafting,blending, reinforced filling, transparency, filling, weather resistance. Commonly used reference for Pp grade (due to market factors and production schedule, the actual model may be different, please contact us for specific grade confirmation) Category Grade MFI Density Major Applications Homopolymer - Extrusion F103 3.3 0.9 BOPP Film Grade - General Purpose, Lamination & Metallizable films T30S 3.3 0.9 Raffia Tapes ,Woven Sacks for Packaging Fertilizers, Cement, Polymers, Carpet Backing ,FIBC etc. T103 3.3 0.9 Thermoformed Cups, Containers & Other disposable items F110 11 0.9 TQ and Cast Films for General Purpose Packaging etc. Homopolymer â?? Injection Molding M103 3 0.9 General Purpose Injection Molding M106 6 0.9 General Purpose Injection Molding M108 8 0.9 General Purpose Injection Molding M110 10 0.9 General Purpose Injection Molding, Furniture etc. Impact Copolymer â?? Injection Molding M304 3.5 0.9 Automotive Components, Crates, Pails, Furniture etc. M307 7 0.9 General Purpose Injection Molding M310 10 0.9 Battery Boxes M311T 10 0.9 Compounding, Automotive Components, Luggage and Industrial Components M312 12 0.9 Compounding, Industrial Components, Automotive Components, Luggage, Pails, Houseware, Sanitary Wares etc. M315 15 0.9 General Purpose Injection Molding M325 25.0 0.9 Compounding, Automotive Components, Houseware, Appliances parts, Extrusion Coating M340 40 0.9 Appliance & White Goods, Automotive component, Compounding,TWIM Random Copolymer â?? Blow Molding B202S 1.9 0.9 Bottle & Containers for Medical and Transparent Products (e.g. IV Fluid Bottles) etc B200 1.9 0.9 General Purpose Blow Molded & Thermoformed Items, Sheets for Files & Folders. M212S 12 0.9 High Clarity Containers, Household items,Injection Syringe, Laboratory products & ISBM Bottles