PRODUCTS WE PROVIDE
Texin 285A TPU Pellets Features Applications and Datasheet
Introduction to Estane 58277 Properties Applications and Datasheet
Pellethane 2363-80A | Medical Grade TPU Introduction and TDS
Desmopan TPU Overview | Desmopan 385E Properties and TDS
Antimicrobial TPU 588 E | Thermoplastic Polyurethane Resin Overview
TPU 1185 A | TPU Thermoplastic Polyurethane Resin Overview
TPU 1190 A Pellet Properties Applications and Data Sheet
TPU 1195 A Material Properties Uses and Technical Data
TPU Granule Overview | Flexible TPU 685 A for Films
TPU B 95 A Particle Uses, Characteristics, and Properties
Antimicrobial TPU 1170A Resin Properties Uses and Technical Data
TPU Pellets Overview | High Resilience TPU S 95A For Sports Sole
Overview of POM C52021 Plastic Particles
POM FM270 Resin: Applications in Automotive and Electronics
POM W2320 0035: Versatile Resin for Injection Molding
High hardness Taisu POM FM025E Injection grade plastic raw materials
BASF POM H4320 AT Pom Pellets Detailed Introduction
Introduction of POM N2640 Z6 AT plastic raw material particles
Characteristics and Applications of LUCEL POM GC210 plastic raw material
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
mLLDPE PF1320AZ Resin for Masterbatch and Coatings
PP F280 Film-Grade Plastic Pellets
PP B8101: Versatile Material for Pipeline and Construction
PP M800E: High-Performance Food Contact Grade Polymer
Versatile PP S1003 Plastic Pellets for Multiple Applications
PP L-670M Plastic Pellets: Versatile for Packaging and Coatings
High-impact PP PPB-MP03-G(K8003) PP Granules
PP 6331 Plastic Raw Material for Food Packaging
SCG Chemicals PP PPB P838C plastic raw material granules
PP V30G
PP Z30G
Sinopec Polypropylene PPH Z30S
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
High-Flow ABS PA-737 for Automotive and Appliance Applications
ABS 700 314 U: Versatile Medium-Impact ABS Particle
ABS PA-777B: High heat resistance and high impact ABS material
ABS PA-756H: Ultra-High Flow Injection Molding Grade ABS Granules
High-Flow ABS PA-765 for Precision Molding Applications
ABS PA-709H: Impact-Resistant, Flame-Retardant Extrusion Material
ABS PA-797: Chemical-Resistant, Flame-Retardant Material
ABS PA-709P: High-Impact, Flame-Retardant Extrusion Material
ABS PA-746: Versatile High-Performance Engineering Plastic
High-Performance Transparent ABS PA-758
ABS PA-747H: High-Performance Plastic Raw Material for Diverse Applications
Overview of ABS D-90 Plastic Raw Material Pellets
Automated Production & Strict Quality Control
JU YUAN News
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Several Points to Consider When Injection Molding PA66 Plastic
2024.01.29
I. Drying Process: If the material is sealed before processing, then drying is not necessary. However, if the storage container has been opened and the humidity is not too high, it is recommended to dry the particles in hot air at 85°C before processing. If the air humidity at the time is greater than 0.2%, a vacuum drying process at 105°C for 12 hours is also required. II. Melting Temperature: Generally, the melting temperature is between 260°C and 290°C. However, for products that ... -
Nylon Material Modification Technology for Automotive Applications
2024.01.11
Nylon (PA), as one of the most commonly used engineering plastics, possesses mechanical properties and heat resistance superior to those of general-purpose plastics. It also has excellent wear resistance, fatigue resistance, corrosion resistance, electrical insulation, and ease of processing, making it widely used in the automotive and mechanical engineering sectors. In various automotive components, compared to polypropylene (PP), PA is more often used in parts that require higher perform... -
Engineering Plastics and Specialty Plastics in Automotive Applications
2024.01.03
Many automotive plastics possess numerous advantages over traditional materials, primarily characterized by their lightweight nature, excellent aesthetic appeal, a variety of practical applications, good physical and chemical properties, ease of processing and molding, energy efficiency, and sustainability. Engineering Plastics Engineering plastics, due to their superior comprehensive mechanical properties, are also widely used in the automotive industry. This articl... -
How to Choose Coloring Agents for Nylon PA66, PA6
2024.01.03
Nylon colorants are divided into two main categories: pigments and dyes, with pigments further subdivided into inorganic pigments and organic pigments. Due to the unique characteristics of nylon, there are special requirements for colorants. Today, we will primarily focus on how to select colorants for nylon. 1. About Nylon (2). Characteristics of Nylon Nylon has high mechanical strength, a high softening point, heat resistance, low friction coefficient, wear resistance, self-lubric...