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POM C52021 Resin Overview | Properties Uses and Data Sheet
POM Plastic Material Overview | POM FM270 Properties and TDS
POM Material W2320 0035 Full Guide | Uses and Spec Sheet
Overview of High hardness Taisu Polyoxymethylene POM FM025E
BASF Polyoxymethylene Plastic H4320 AT Detailed Introduction
Introduction of High Impact Strength POM N2640 Z6 AT Granules
Characteristics and Applications of LUCEL Polyoxymethylene POM GC210
LUCEL POM GB-325 plastic raw material
LUCEL POM FW720F Low wear plastic raw material
LUCEL POM FW715CS Injection grade gear application raw material
LUCEL POM FW-715C Injection grade Switch application raw material
LUCEL POM FW-710F
Introduction to Film-Grade PP F280 Plastic Pellets with Data Sheet
Polypropylene PP B8101 Full Guide | Uses and Spec Sheet
Food Contact Grade PP M800E Granule Overview and Data Sheet
Versatile PP S1003 Resin Overview | Properties and Data Sheet
PP L-670M Raw Material Features Applications and Data Sheet
PP PPB-MP03-G(K8003) Polypropylene Granules Overview
Polypropylene PP 6331 Properties Applications and Data Sheet
SCG Chemicals PP PPB P838C Plastic Resin Full Guide
PP V30G
PP Z30G
Sinopec Polypropylene PPH Z30S
PP HP500P
Flame-Retardant PPSU R-7700 Material Overview
Non-enhanced PPSU 2010 Plastic Material Granules Overview
Overview of High-Performance PPSU R-5900 NT Resin for Durable
Introduction to High-Heat-Resistant PPSU R-5000 CL 301
Overview of Temperature-Resistant PPSU R-5100 NT 15 Resin
PPSU 1499 P X 125383 Plastic Raw Material Pellet Overview
Overview of High-Temperature Resistant PSU P-3703 NT 11
PPSU 22000 Material Injection Molding Grade Plastic Overview
Polyphenylsulfone 9X04488 (PDX-04488) Overview and Datasheet
Polysulfon P-1700 Resin Properties Application and Technical Data
High Temperature Resistant PSU P-1710 Plastic Material Overview
High Quality Engineering plastic Solvay PPSU R-5600 Injection grade High temperature resistance plastic raw materials
ABS Material Overview | High-Flow ABS PA-737 for Automotive
ABS Pellets Introduction | Versatile Medium-Impact ABS 700 314 U
ABS Resin Overview | ABS PA-777B Features Uses and Datasheet
ABS Plastic Granules Overview | Ultra-High Flow ABS PA-756H
ABS PA-765 Resin Material Overview | Properties and Data Sheet
ABS PA-709H Plastic Material Full Guide | Uses and Spec Sheet
ABS PA-797 Plastic Pellets Properties Uses and Technical Data
ABS PA-709P Granules Overview | Properties and Data Sheet
Versatile High-Performance ABS PA-746 Raw Material Full Guide
Introduction to High-Performance Transparent ABS PA-758 Plastic
High-Performance ABS PA-747H Plastic Raw Material Overview
Overview of ABS D-90 Plastic Raw Material Pellets
High-Clarity mLLDPE XP9100 Properties Uses and Technical Data
Introduction to High-Performance mLLDPE 1018MF and Datasheet
High-Performance mLLDPE SP0540 Properties Uses and TDS
Metallocene Linear Low Density Polyethylene SP1520 Overview
Versatile Metallocene LLDPE 3518CB Properties Uses and TDS
Introduce to Metallocene Linear Low Density Polyethylene 1327MD
Overview of High Strength mLLDPE 8784MK for Blow Molding Films
Introduction to High-Clarity mLLDPE D174 for Stretch Films
Overview of MLLDPE HP1018BM for Food Packaging
Introduction to mLLDPE PF1315AZ for Flexible Packaging
Overview of mLLDPE PF1320AZ Resin for Masterbatch and Coatings
Introduction to High Gloss mLLDPE D173 with Data Sheet
HDPE HTA 001HP5 Resin Uses, Characteristics, and Datasheet
A Guide Into HDPE HMA 016 plastic pellets and Its Uses
HDPE HD B1258 Pellet Features Applications and Data Sheet
Introduction to HDPE EGDA-6888 Granules with Data Sheet
HDPE 7200 Material Overview | Properties and Data Sheet
HDPE 5502HS Particle Uses, Characteristics, and Properties
HDPE 5200B Plastic Particle Full Guide | Uses and Spec Sheet
HDPE 550203LD Raw Material Full Guide and Datasheet
A Guide Into High Density Polyethylene (HDPE) P600 Resin
HDPE HD5301AA Virgin Material Overview | Properties and TDS
Introduction to HDPE HE3460 Resin Pellets with Datasheet
HDPE LH523 plastic pellet Overview | Properties and Datasheet
Automated Production & Strict Quality Control
JU YUAN News
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Polysulfone vs Polyethersulfone: In-Depth Comparison of Sulfone-Based Engineering Plastics
2025.07.09
Introduction： In the field of engineering plastics, polysulfone (PSU) and polyethersulfone (PESU) are often regarded as "close relatives". They belong to the same sulfone polymer, but each has its own advantages in chemical structure, performance, application field, etc. If you are often entangled in the choice of materials, the comparison of polysulfone vs polyethersulfone will be a key reference for your decision-making. This article will take you to deeply analyze the essential... -
What Material Is PES? Industry Uses & Future Trends of PES Material
2025.07.09
Introduction: PES is not just a plastic, but also a solution for "extreme working conditions" In the pursuit of sustainable and high-performance materials today, PES material (polyethersulfone) is becoming a key driver of industrial innovation. As a high-temperature resistant and high-strength special engineering plastic, PES has shown irreplaceable advantages in high-end fields such as medical, electronics, and automobiles. As a trader focusing on high-quality plastic particles, w... -
PC ABS Applications Strategy Guide: Material Properties, Industry Trends and Supply Chain Responses
2025.07.07
Introduction：Why has PC ABS material once again become the focus of enterprise selection in 2025? Entering 2025, industries such as new energy, 5G terminals, and intelligent manufacturing are accelerating their upgrades. Plastic raw materials are facing new challenges such as stricter environmental protection regulations, frequent cost fluctuations, and diverse terminal demands.PC/ABS blend materials (polycarbonate/acrylonitrile-butadiene-styrene copolymer) have seen their applications ... -
PC ABS 3D Printing: Premium Plastic Raw Materials that Define Your 3D Printing Quality
2025.07.03
3D printing, especially industrial-grade FDM (fused deposition modeling) technology, is reshaping the manufacturing industry. PC+ABS has become one of the most widely used engineering plastics in 3D printing due to its excellent comprehensive performance.Many people pay attention to 3D printing equipment and consumables, but ignore the raw material link behind it. The performance limit of 3D printing consumables depends on the quality of upstream plastic raw materials.As a professiona...