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GRS Recycled PE Polyethylene Resin Raw Material Custom

  • GRS Recycled PE Polyethylene Resin Raw Material
  • GRS Recycled PE Polyethylene Resin Raw Material
  • GRS Recycled PE Polyethylene Resin Raw Material
  • GRS Recycled PE Polyethylene Resin Raw Material
  • GRS Recycled PE Polyethylene Resin Raw Material
  • GRS Recycled PE Polyethylene Resin Raw Material

GRS Recycled PE Polyethylene Resin Raw Material

Injection molding conditions and processes
Baking temperature Baking time Injection temperature 210℃
Testing program Detection methods Testing conditions Unit Test results Note
Fire performance UL 94 1/8” class
Density/Specific gravity GB/T 1033 23℃ g/ cm3 1.013
Melt index GB/T 3682 250℃ 2.16kg g/10min
Rockwell index GB/T 3398 HRR
Bending stress GB/T 9341 2mm/ min Mpa 18.82
Bending modulus GB/T 9341 2mm/ min Mpa 669.46
Tensile strength GB/T 1040 50mm/ min Mpa 15. 73
Elongation at break GB/T 1040 50mm/ min % 37.43
Fiberglass/Ash Muffle furnace 800℃ %
Heat distortion temperature GB/T 1634 1.8Mpa
Vicat softening point GB/T 1633 1/8"50℃/hr
High and low temperature test
Impact strength test
Impact strength test GB/T 1843 National standard 8 wide and 4 thick notched impact bars Unit kj/m2
No. 1 test strip No. 2 test strip No. 3 test strip No. 4test strip No. 5 test strip Test results
20.3 20.02 22.86 22.4 21.39
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GRS RPE polyethylene Resin is highly flexible and has good elongation properties, making it suitable for applications that require material flexibility. Excellent Water Barrier: It has good resistance to moisture and is used in various packaging materials. Agricultural films, greenhouse films, and irrigation tubing are often made from polyethylene Resin. GRS RPE polyethylene Resin is a versatile and widely used thermoplastic known for its flexibility, transparency, chemical resistance, and ease of processing.
Jiaxing Anyiju Plastic Industry Co., Ltd.

Jiaxing Anyiju Plastic Industry Co Ltd

ANYIJU is a China GRS Recycled PE Polyethylene Resin Raw Material suppliers and GRS Recycled PE Polyethylene Resin Raw Material Factory with a strong technical team and several manufacturing lines that have been working in modified plastics for over 20 years. The products produced by ANYIJU can be used in a wide range of fields, including chemical, automotive, light industry, textile, machinery and household appliances. In addition, special modified materials based on customer requirements can also be designed, developed and produced by plants.
ANYIJU is also certified through the GRS Global Recycling Standard, Product Carbon Footprint Certification, ISO9001 Quality Systems Certification, 14001 Environmental Systems Certification, and other certifications. Adhering to the experience and philosophy of "keeping up with the times, constantly innovating, developing efficiently, and cooperating for mutual benefit" and relying on rich production experience and an excellent technical team, ANYIJU will definitely make us your partner of choice.
Sincerely welcome you to visit, inspect, and cooperate with our company.
Drop us a line right now!


We have got a high reputation in both domestic and overseas markets.


Adoption of environmentally friendly raw materials and promotion of low-emission production processes


High degree of control over the price, quality and stable supply of raw materials, laying the foundation for continuous production


Strict quality management systems are in place to ensure that the quality of each batch of products meets standards and customer requirements.


Advanced production equipment and technologies increase productivity and capacity.

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Product Related Knowledge Expansion

The processing characteristics of recycled polyethylene (PE) resin can differ from virgin PE due to factors such as the source of recycled material, the recycling process used, and the presence of contaminants. Here are some general considerations when comparing the processing characteristics of recycled PE resin to virgin PE:
Melt Flow Index (MFI):
The Melt Flow Index (MFI) is a measure of how easily a molten polymer can be processed. Recycled PE may have a different MFI compared to virgin PE. Manufacturers often work to adjust the MFI of recycled PE to match the requirements of specific processing methods.
Contaminant Levels:
Recycled PE may contain contaminants or impurities not present in virgin PE. The presence of contaminants can affect the material's processing characteristics, including flow, temperature stability, and the ability to achieve consistent properties.
Material Homogeneity:
Achieving homogeneity in the material is crucial for consistent processing. Recycled PE might exhibit variations in material properties and composition, affecting its homogeneity compared to the more consistent nature of virgin PE.
Degradation and Chain Length:
Through recycling processes, the molecular chain length of polymers can be affected. Recycled PE might have shorter polymer chains or undergo some level of degradation during the recycling process, potentially influencing properties like strength and elongation.
Thermal Stability:
The thermal stability of recycled PE can be influenced by the exposure to heat during the recycling process. Recycled PE may exhibit different thermal properties compared to virgin PE, affecting its behavior during processing, especially in high-temperature applications like injection molding.
Color Variations:
Recycled PE may have variations in color due to the diverse sources of recycled material. This can be a consideration for applications where color consistency is critical.
Processing Temperatures:
The temperature at which recycled PE resin processes may differ from that of virgin PE. Adjustments in processing temperatures may be necessary to accommodate the specific characteristics of recycled material.
Additives and Modifiers:
The presence of additives and modifiers in recycled PE may differ from virgin PE. These additives can affect the material's behavior during processing and its final properties.
Injection Molding and Extrusion Behavior:
Recycled PE may exhibit different behaviors during injection molding or extrusion processes compared to virgin PE. Adjustments in processing parameters may be needed to achieve optimal results.
Quality Control Challenges:
Quality control challenges may arise in recycled materials due to variations in input streams and the potential for contaminants. Manufacturers may need to implement stringent quality control measures to ensure consistent product quality.
It's important to note that advancements in recycling technologies and processing techniques are continually being made to improve the performance and consistency of recycled PE resin. Manufacturers often work closely with recycled material suppliers to optimize processing conditions and address any challenges associated with using recycled PE in various applications.