GY-SM-22 Inorganic Filler Compatibility Coupling Agent For Plastic
GYC GROUP has specially developed GY-SM-22, an inorganic filler compatibility coupling agent for plastic usage. This agent is primarily used when a large amount of powder is extensively mixed with plastic resin during the production and granulation process. In situations where there is an excess of resin and filler, it can lead to poor physical compatibility, especially when mixing inorganic additives such as glass fiber, titanium white powder, talcum powder, calcium carbonate, mica, etc. After mixing, these additives may result in difficulties or incompatibility. Therefore, GY-SM-22, the inorganic filler compatibility coupling agent for plastic, addresses this need by providing users with solutions, such as blending. Common materials include PPO, PA, PC, ABS, PE, PP, LDPE, etc. It imparts excellent coupling performance to the carrier and inorganic mineral fillers, achieving perfect coupling structure during the granulation process. It satisfies compatibility with good compound performance, possessing the ability to enhance cross-linking between inorganic mineral powders and plastics or resins.
Description
Intro:
GO YEN CHEMICAL INDUSTRIAL CO., LTD. (GYC GROUP) is a leading manufacturer of specialty chemicals in Asia. We devote ourselves to supplying products and solutions to our customers worldwide to satisfy and expand the market needs.
GYC GROUP has specially developed GY-SM-22, an inorganic filler compatibility coupling agent for plastic usage. This agent is primarily used when a large amount of powder is extensively mixed with plastic resin during the production and granulation process. In situations where there is an excess of resin and filler, it can lead to poor physical compatibility, especially when mixing inorganic additives such as glass fiber, titanium white powder, talcum powder, calcium carbonate, mica, etc. After mixing, these additives may result in difficulties or incompatibility. Therefore, GY-SM-22, the inorganic filler compatibility coupling agent for plastic, addresses this need by providing users with solutions, such as blending. Common materials include PPO, PA, PC, ABS, PE, PP, LDPE, etc. It imparts excellent coupling performance to the carrier and inorganic mineral fillers, achieving perfect coupling structure during the granulation process. It satisfies compatibility with good compound performance, possessing the ability to enhance cross-linking between inorganic mineral powders and plastics or resins.
Properties:
| GRADE | GY-SM-22 |
| Appearance | Powder |
| Color | White |
| Melting point℃ | ≧ 145 |
| Water content | ≦0.5 |
| Compatibility | Excellent |
Features:
- Improve the compatibility between the carrier resin or plastic and inorganic materials.
- Enhance the cross-linking between inorganic mineral powders and plastic or resin.
- Increase the coupling dispersion between polymers and fillers.
- Improve the processing flow of resin, plastic, and fillers.
- High thermal stability.
- Provide products with excellent color properties.
- Offer good dispersibility.
- Impart coupling between elastomers and inorganic fillers.
- Good compound performance.
- Stable product processing and high moldability.
- Excellent compatibility.
Applications:
- Widely used in thermoplastic plastics and thermosetting resins.
- Engineering plastics: PPO, PA, POM, PC, PBT, etc.
- General plastics: PE, PP, PS, PVC, ABS, PMMA, etc.
- Various elastomers, TPU, TPS.
- Thermosetting resins: unsaturated polyester, polyurethane, phenolic resin, epoxy resin, melamine resin.
- Various high-performance engineering plastics with inorganic materials: PPS, PAR, PEEK.
- General plastics: PET, PP, HDPE.
- Various elastomers and other material-compatible applications.
Recommended Dosage:
1%~3% Users can adjust according to different formulations, actual processing conditions, and the differences in plastic, resin, and inorganic filler.
Packaging:
25KG/bag
Storage
Users can adjust according to different formulations, actual processing conditions, and the differences in plastic, resin, and inorganic filler.