We look at polymer properties not as isolated numbers, but as factors that infiuence processing behavior and to production performance.
Technology
We analyze key polymer parameters to understand how they influence processing behavior and final product performance
IV
Molecular weight. melt behavior and spinning
COOH
Thermal stability and hydrolysis sensitivity
Tm
Melting and bonding window
Tg
Chain mobility and thermal response
DSC
Crystallization and thermal history
Melt Behavior
Spinning and extrusion stability
Functional Content
Target polymer or end-use performance
THE BIOOER PICTURE
Small changes in polymer properties can lead to significant differences in processing behavior and production outcomes.
Polymer Structure
Molecular weight, chain structure Functional parts
Material Properties
IV. COOH. Tm.Tg Crystallization Melt behavior
Processing Behavior
Spinning. extrusion Bonding Fim forming
Manufacturing Performance
Yarn strength Dyeability. stability Fim quality
POLYHER STRUCTURE
The molecular structure of polyester directly affects its thermal behavior. crystaliization and processing characteristics.
Affects viscosity and melt behavior.
Influences crystallization and mechanical parts.
Enable specifc performance and application properties.
Heat resistance and dimensionol stabllity.
POLYHER STRUCTURE
We adjust polymer systems and processing conditions to achieve the target performance for specific applications.
01 Target Performance
02 PolymerDesign
03 Modification
04 Testing
05 Trial
06 Production
Technical Cases
Based on acutal customer projects, we share how polymer solutions solve real manufacturing problems
Tell us what you are manufacturing, what material you are using, and what performance or processing issue you are trying to solve
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