-
Customer Project: PP filled 40% Long Glass Fiber in Automotive Battery Brackets
2025-06-17
Project Background With the ongoing trend of high integration and modularization in new energy vehicle electrical systems, battery structural components play an increasingly critical role in vehicle platforms. As a key part for bearing, fixing, and protecting battery modules, the battery bracket requires high mechanical strength, dimensional stability, and environmental aging resistance, while mee...
view more
-
The Science and Strength of PPS: A Deep Dive into Polyphenylene Sulfide
2025-07-21
Introduction Polyphenylene Sulfide (PPS) is a semi-crystalline thermoplastic engineering polymer composed of alternating benzene rings and sulfur atoms in its molecular backbone, with the structural formula -[Ph-S]n- (Ph representing a phenyl ring). This unique combination of rigidity and stability has earned PPS the nickname “Plastic Gold.” PPS Long Glass Fiber Reinforced Four Core Properties of ...
view more
-
Customer Project: PA6-LGF30 Solution for Agricultural Equipment - Dairy Cow Leg Separator
2025-08-06
Application Background The cow leg separator is a ground-mounted component used in modern milking parlors to gently guide dairy cows into a stable stance, automatically separating their hind legs to facilitate milking. This device often features mounting holes for spray nozzles, allowing for automated cleaning or sanitizing of the udder and legs using water or disinfectant spray. Previously, the s...
view more
-
How Much Glass Fiber is Needed to Make Polypropylene Truly Fire-Resistant?
2025-08-29
In modern industrial fields, glass fiber reinforced polypropylene (PP/GF), with its low density, excellent heat and creep resistance, and high cost-performance ratio, has become a “rising star” in industries such as electronics, aerospace, and automotive manufacturing. This material is often used to produce lightweight and thin-walled components as a substitute for steel and conventional engineeri...
view more
-
A Quick Guide to the Power of Glass Fiber Reinforcement
2025-09-15
When you pick up your phone, take apart an auto part, or look at a home appliance casing, you might not realize that hidden inside these seemingly ordinary plastic products lies a kind of “invisible rebar” — glass fiber (GF). From PP + 20% GF to PA + 60% GF, these reinforcing fibers quietly support the plastic matrix, much like steel bars inside concrete. Today, let’s uncover the mystery of long g...
view more
-
Customer Project: PA6-LGF40 Solution for Aluminum Cutting Machine
2025-10-28
Customer Project: PA6-LGF40 Solution for Aluminum Cutting Machine Customer Project: PA6-LGF40 Solution for Aluminum Cutting Machine In this project, PA6 filled with 40% long glass fiber (PA6-LGF40) was chosen to replace the short glass fiber reinforced material for the end support block of an aluminum profile cutting machine positioning stop. The black component serves as a structural support part...
view more
-
What Makes PEEK Superior to Other High-Performance Engineering Plastics
2025-11-11
PEEK (Polyether Ether Ketone) Material Overview Introduction PEEK (Polyether Ether Ketone) is a linear aromatic high-performance polymer with repeating units of –O–Ph–O–C(=O)–Ph– in its molecular backbone. It is a semi-crystalline thermoplastic and a high-performance specialty engineering plastic with numerous advantages over other specialty plastics. PEEK has a melting point of 334 °C, a softenin...
view more
-
Differences Between Carbon Fiber and Glass Fiber in Plastic Modification
2025-12-18
Carbon Fiber vs. Glass Fiber in Plastic Modification Carbon Fiber vs. Glass Fiber in Plastic Modification In the field of plastic modification, carbon fiber and glass fiber are two of the most commonly used reinforcing materials. Both play a crucial role in enhancing plastic performance, but they differ significantly in terms of material properties, cost, and application fields. Differences in Mat...
view more
-
Plastic vs Steel: Understanding Strength-to-Weight and Stiffness-to-Weight
2025-12-23
Specific Strength & Specific Stiffness: The Engineering Logic Behind “Plastic Replacing Steel” Introduction: Rethinking Material Performance In discussions about “replacing steel with plastic,” one critical concept is often overlooked: material performance should not be judged by absolute values alone. The real question is not “which material is stronger,” but: under the same weight constraint...
view more
-
UL 94 V0 vs V1 vs V2 vs 5VA: What's the Difference for Lighting Housings?
2026-06-29
Have you ever noticed markings like "V-0" or "V-1" on a lighting fixture? Probably not—and that's completely normal. Unlike brightness or color temperature, these ratings don't affect how a light performs in everyday use. But in the event of a fire, they can make a critical difference to safety. Most lighting housings are made from plastic. Once ignited, some plastics burn slowly and self-extingui...
view more
-
PA6 vs PA66: Key Differences You Need to Know Before Choosing Nylon
2026-09-01
PA6 vs. PA66: 90% of Nylon Selection Mistakes Come from Misunderstanding the Key Differences After working on many nylon material selection projects, we’ve found that most mistakes come down to the same issue: failing to understand the fundamental molecular differences between PA6 and PA66, and making the decision based simply on price or experience. A typical example: PA6 was used instead of PA66...
view more
-
PEEK Is Stronger, PPS Handles More Heat—So Where Does PPA Fit in Robotics?
2026-09-15
A humanoid robot can contain hundreds of structural and transmission components. Across the industry, two material-selection mistakes keep appearing—and both can be costly: Mistake 01 Saving on specialty materials when they are actually needed —For example, using PA66-GF30 for a bracket near a motor can lead to creep deformation, dimensional changes, and position drift under prolonged high-tempera...
view more
e-mail
English
français
Deutsch
русский
italiano
español
português
العربية
日本語
한국의
中文