Celanese POM Celcon GB10/Celcon GB25 Grade Resin All Color
Celanese's polyoxymethylene (POM) series products are based on the two major brands Celcon® and Hostaform® as the core, covering homopolymers and copolymers. With excellent mechanical properties, chemical stability and processing adaptability, they are widely used in automotive, electronics, medical, industrial and other fields.
| Celanese POM Hostaform C | Celanese POM Hostaform S | Celanese POM Celcon |
|---|---|---|
| Hostaform C 9021 | Hostaform S 27063 | Celcon M90 |
| Hostaform C 9021 XAP² | Hostaform S 9364 XAP² | Celcon CE M270 |
| Hostaform C 13021 XAP² | Hostaform S 27063 | Celcon CE M90 |
| Hostaform C 13031 | Hostaform S 9363 | Celcon CE66FC GV1/25 |
| Hostaform C 27021 XAP2 | Hostaform S 27064 | Celcon CF802 |
| Hostaform C 2521 | Hostaform S 9362 XAP² | Celcon GB10 |
| Hostaform C 52021 XAP² | Hostaform S 9243 XAP² | Celcon GB25 |
| Hostaform C 36021 | Hostaform S 9244 XAP² | Celcon GC10 |
| Hostaform S 27242 XAP² | Celcon GC15 | |
| Hostaform S 27064 XAP² | Celcon GC20 | |
| Hostaform S 27244 XAP² | Celcon LM90Z | |
| Celcon LU02 | ||
| Celcon LW25 | ||
| Celcon LW90 | ||
| Celcon M140 | ||
| Celcon M15 | ||
| Celcon M25 | ||
| Celcon M270 | ||
| Celcon M270UV | ||
| Celcon M450 | ||
| Celcon M50 | ||
| Celcon MC90 | ||
| Celcon MC270 | ||
| Celcon TX90 | ||
| Celcon WR25Z | ||
| Celcon WR90Z | ||
| Celcon UV90Z | ||
| Celcon UV25Z | ||
| Celcon UV270Z |
Performance Advantages:
- High rigidity and creep resistance: tensile strength up to 62-70 MPa with minimal deformation under long-term high loads
- Chemical resistance: resistant to fuel, weak acids, alkalis and hydrolysis, suitable for automotive fuel systems and water supply pipelines
- Processing flexibility: supports injection molding, extrusion, and two-component molding
Typical Models:
- M25: Low fluidity, high impact resistance, suitable for extrusion molding
- GC25A: 25% glass fiber reinforced, tensile strength ≥150 MPa, used for high-rigidity structural parts
- M90 XAP®: Low volatilization, UV resistance, meets environmental requirements for automotive interiors
Copolymer Properties:
- Thermal stability: long-term use temperature of 100-120°C, short-term temperature resistance up to 160°C
- Wear resistance and low friction: coefficient of friction 0.25-0.35, with molybdenum disulfide-containing models optimizing self-lubricating properties
- Medical-grade compliance: USP Class VI certification for surgical instruments
Homopolymer Model (H100):
- Higher strength: better ductile strength and fatigue resistance than copolymer, suitable for precision gears
Special Models:
- XT20/XT90: Extreme toughness, impact resistance surpasses traditional modified POM, used in automotive buckles and shock absorption components
- MT8U01: Medical-grade high-fluidity material, FDA 21 CFR 177.2470 compliant, biocompatible to ISO 10993
Automotive Industry:
- Fuel system: oil pump assembly, fuel pipe joint (ethanol-resistant gasoline)
- Mechanical parts: door lock mechanism, wiper gear (anti-fatigue + wear-resistant)
- Interior and exterior: Low-volatile XAP® model for dashboards, UV-resistant grade for outdoor rearview mirrors
Electronic Appliances:
- Precision components: hard disk bracket, relay shell (dimensional stability + high insulation)
- Connector: Glass bead enhanced types with low warping for signal transmission accuracy
Medical Equipment:
- Implantable equipment: artificial hip joint bearings (friction loss <0.3mg/year)
- Disposable supplies: piston, syringe parts (biocompatible + chemical resistance to disinfection)
Industrial and Consumer Goods:
- Mechanical transmission: gears, bearings (wear-resistant + low noise)
- Household items: washing machine gear, faucet valve core (hydrolysis resistance + long-term durability)
Feel free to contact us with any questions. If you have any doubt about the price, we can give a proper discount by different purchasing quantity.
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