Hony Engineering Plastics Limited
Hony Engineering Plastics Limited
TECASINT®6032 black Graphite modified polyimide
  • TECASINT®6032 black Graphite modified polyimide
TECASINT®6032 black Graphite modified polyimide

TECASINT®6032 black Graphite modified polyimide

Min. Order:
1 Kilogram
Min. Order:
1 Kilogram
Transportation:
Ocean, Land, Air, Express
Port:
Shenzhen, Guangzhou, Hongkong
Quantity:

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Basic Info
Basic Info
Supply Ability: 100
Payment Type: T/T,Paypal
Incoterm: FOB,CFR,CIF,EXW,DDP,DDU
Transportation: Ocean,Land,Air,Express
Port: Shenzhen,Guangzhou,Hongkong
Product Description
Product Description
TECASINT 6032 black Graphite modified polyimide for Direct Forming
 
TECASINT 6032 black is a highly filled graphite type from Ensinger's 6000 series. Like all materials in this series, TECASINT 6032 black is based on a non-meltable polyimide plastic and is processed exclusively in the direct forming process. In the glass industry, the polyimide TECASINT 6032 black can increase service life and productivity and reduce scrap. Especially in hot glass handling, the extremely high temperature resistance in combination with the low thermal conductivity and the high wear resistance offer great advantages. Typical applications are found in the production of glass bottles for the beverage industry, high-quality cosmetic packaging for perfumes and in the production of pharmaceutical packaging for medicines and vaccines.
 
High fracture strength, good toughness and low oil absorption are further advantages in addition to the very good machinability without dust formation, especially in comparison to components made of graphite. For tribological applications in mechanical engineering, the automotive industry and aerospace, this PI polymer is used for components with tight tolerances where a low coefficient of thermal expansion is important.
 
Polyimid-PI-Bottle-gripper-TECASINT-6032
 
Facts
Chemical designation
PI (Polyimide)
Colour
black
Density
1.57 g/cm3
 
Main Features
very good thermal stability
very good bearing and wear properties
good wear resistance
low thermal expansion
high creep resistance
high dimensional stability
sensitive to hydrolysis in higher thermal range
 
Target industries
hot glass technology
mechanical engineering
aircraft and aerospace technology
automotive industry

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