Melt Flow Index: 1-2 Origin: Post industrial material, Embalagem: big-bags.
Recycled LDPE (rLDPE) Pelletsare made from post-consumer low-density polyethylene waste, such as plastic bags, wraps, and packaging. These eco-friendly pellets offer a sustainable alternative to virgin LDPE, providing excellent flexibility, strength, and performance for a variety of applications.
Ideal for use in packaging, film production, and consumer goods, our rLDPE pellets help businesses reduce their environmental impact while maintaining product quality. By choosing recycled LDPE, you contribute to a circular economy and promote responsible manufacturing practices.
Key Features:
Made from 100% recycled LDPE
Flexible, durable, and versatile for various applications
Eco-friendly and cost-effective alternative to virgin LDPE
Supports waste reduction and sustainable production
Choose ourRecycled LDPE Pelletsfor a greener, more sustainable future while upholding the quality and performance of your products.
Melt Flow Index: 1-2 Origin: Post industrial material, Embalagem: big-bags.
Recycled LDPE (rLDPE) Pelletsare made from post-consumer low-density polyethylene waste, such as plastic bags, wraps, and packaging. These eco-friendly pellets offer a sustainable alternative to virgin LDPE, providing excellent flexibility, strength, and performance for a variety of applications.
Ideal for use in packaging, film production, and consumer goods, our rLDPE pellets help businesses reduce their environmental impact while maintaining product quality. By choosing recycled LDPE, you contribute to a circular economy and promote responsible manufacturing practices.
Key Features:
Made from 100% recycled LDPE
Flexible, durable, and versatile for various applications
Eco-friendly and cost-effective alternative to virgin LDPE
Supports waste reduction and sustainable production
Choose ourRecycled LDPE Pelletsfor a greener, more sustainable future while upholding the quality and performance of your products.
Melt Flow Index: 1-2 Origin: Post industrial material, Embalagem: big-bags.
Recycled LDPE (rLDPE) Pelletsare made from post-consumer low-density polyethylene waste, such as plastic bags, wraps, and packaging. These eco-friendly pellets offer a sustainable alternative to virgin LDPE, providing excellent flexibility, strength, and performance for a variety of applications.
Ideal for use in packaging, film production, and consumer goods, our rLDPE pellets help businesses reduce their environmental impact while maintaining product quality. By choosing recycled LDPE, you contribute to a circular economy and promote responsible manufacturing practices.
Key Features:
Made from 100% recycled LDPE
Flexible, durable, and versatile for various applications
Eco-friendly and cost-effective alternative to virgin LDPE
Supports waste reduction and sustainable production
Choose ourRecycled LDPE Pelletsfor a greener, more sustainable future while upholding the quality and performance of your products.
ABS acrylonitrile butadiene styrene polymer, abbreviated as ABS, is a ternary copolymer composed of acrylonitrile, butadiene, and styrene. ABS has excellent comprehensive physical and mechanical properties, as well as excellent low-temperature impact resistance. Dimensional stability. Good electrical performance, wear resistance, Resistência química, dyeing resistance, finished product processing and mechanical processing.ABS resin is resistant to water, inorganic salts, Alkalis, and acids, and is insoluble in most alcohol and hydrocarbon solvents. Low thermal deformation temperature, flammable, and poor weather resistance.
PA polyamidehas excellent mechanical properties, electrical properties, wear resistance, Resistência química, and lubricity, but it also has outstanding shortcomings, such as high water absorption, resulting in poor dimensional stability, and is also used as an engineering material. The mechanical properties still need to be further improved.
In practical applications,PA6 PA66is the most used. The focus here is on the modification of PA6 PA66. Mainly modified from the following aspects
1 reduce the water absorption ofPAto improve the dimensional stability of the product;
2 Improve the flame retardancy ofPAto meet the requirements of electronics, electrical, communication and other fields;
3 Improve the mechanical mildness of thePAto achieve the strength of the metal material to meet the structural material requirements;
4 Improve the low temperature resistance of PA and enhance its ability to resist environmental stress cracking
5 Improve the wear resistance ofPA to adapt to the occasions with high wear resistance;
6 Improve the antistatic property ofPAto meet the requirements of mining machinery applications;
7 Improve the heat resistance of PA to adapt to the field of high temperature conditions such as automobile engines.
PMMA Resin are part of our wide range of engineering materials. A polymer material, they come in 14 different variations that can be customized for properties like impact strength, hardness and UV resistance. PMMA Granules are widely used in applications like protective screens, lenses and transparent armor due to their lightweight and shatter-resistant properties. With an extensive range of granules to choose from, you can select the optimal grade for your specific application.
PA polyamidehas excellent mechanical properties, electrical properties, wear resistance, Resistência química, and lubricity, but it also has outstanding shortcomings, such as high water absorption, resulting in poor dimensional stability, and is also used as an engineering material. The mechanical properties still need to be further improved.
In practical applications,PA6 PA66is the most used. The focus here is on the modification of PA6 PA66. Mainly modified from the following aspects
1 reduce the water absorption ofPAto improve the dimensional stability of the product;
2 Improve the flame retardancy ofPAto meet the requirements of electronics, electrical, communication and other fields;
3 Improve the mechanical mildness of thePAto achieve the strength of the metal material to meet the structural material requirements;
4 Improve the low temperature resistance of PA and enhance its ability to resist environmental stress cracking
5 Improve the wear resistance ofPA to adapt to the occasions with high wear resistance;
6 Improve the antistatic property ofPAto meet the requirements of mining machinery applications;
7 Improve the heat resistance of PA to adapt to the field of high temperature conditions such as automobile engines.
