Polycaprolactone raw material

Splint Grade Polycaprolactone

Splint grade polycaprolactone is a semi-crystalline polymer with a granular appearance, milky white, waxy texture, similar mechanical properties to polyolefins,the molecular structure is (C6H10O2) n, it and can be copolymerized and blended with many polymers.It is characterized by low temperature thermoplasticity, crystallinity of about 45%, ultra-low glass transition temperature (Tg= -600c), low melting point (TM=58~60℃), and narrow molecular weight distribution.

NOTICE: it can be used to package and make a variety of products,such as kraft paper bags,cold (hot) drinks cups

Coated Grade PLA

product introduction

In the medical field, Splint grade polycaprolactone is made into low-temperature thermoplastic plate, and the raw materials are generally modified by blending, extrusion, casting, coating, perforating, irradiation, cutting and other processes. It is widely used in radiotherapy fixation spint, orthopedic rehabilitation positioningsplint, correction insole, tooth protection and other aspects.

SPECIFICATION

Product Model	Appearance	Molecular Weight	Melt Index (g/10min)	Application
eSUN600C	White Pellet	65000	12-20	3D printing, Medical sheet material, Masterbatch
eSUN800C	White Pellet	90000	4-8	Masterbatch, Medical sheet material
eSUN1000C	White Pellet	100000	2-4	Medical sheet material, Film material

Properties

Biocompatibility: non-toxic skin-friendly, can be compatible with biological cells in vivo / in vitro, and has no irritation to human skin；
Low-temperature plasticity: its melting point is 58-60 ° C, which can be molded at low temperatures, and can be softened and shaped after being engraved by infrared radiation, or it can be changed in warm water；
Shape memory and secondary molding: Shaped products have a shape memory function and can be restored to the original shape by heat treatment；
Radiation stability: Aliphatic polyester polymer, extremely high transmittance to radiation, and still has good performance after repeated radiation；
In the soil and water environment, the compost environment can be completely decomposed into CO2 and H2O in 6-12 months.