China (Mainland)
Yiphos 3010W, Phenol-Free Phosphite Antioxidants CAS NO.26544-27-4
- Min.Order: 1 Metric Ton
- Payment Terms: L/C,T/T
- Available Specifications:
- Product Details
Keywords
- Diisodecyl Pentaerythritol Diphosphite
- Phenol-Free Phosphite Antioxidants
- For PVC, Liquid
Quick Details
- ProName: Yiphos 3010W, Phenol-Free Phosphite An...
- CasNo: 26544-27-4
- Molecular Formula: C25H50O6P2
- Appearance: Colorless and transparent liquid
- Application: Phenol-free antioxidant for PVCCAS No....
- DeliveryTime: 3-5 days
- PackAge: depends on customer's requirement
- Port: GUANGZHOU/SHANGHAI
- ProductionCapacity: 6000 Metric Ton/Year
- Purity: 98.5 or above
- Storage: stored in a cool well-ventilated area.
- Transportation: by sea
- LimitNum: 1 Metric Ton
- color(APHA): less than 50
- acid value: less then 0.1
- refractive index(5 degree)60: 1.475-1.492
- Density,g/ml(25 degree): 1.020-1.1
Superiority
Yiphos 3010W
Properies
Liquid antioxidant at normal emperature, ease of handling
No free phenol residue, environmentally friendly
Active phosphorus content ≥12%， less dosage
Pentaerythritol spiro structure, excellent thermal resistance
Outstanding color improvement and long-term stability
Yiphos 3010W can be used in the polymer such as unsaturated resins, saturated resins, polyester polyol, epoxy resins etc. It can protect the color during the polymer synthetic process and improve the heat stability of the polymer in the latter period of the reaction.
Details
Yiphos 3010W can be applied in PVC as environmentally friendly stabilizer and it can improve the transparency and temperature resistant properties of the PVC products.
Yiphos 3010W doesn't contain any free phenol and phenolic product isn't generated after hydrolsis or degradation. It is the phosphite antioxidant which has not phenol completely.
Yiphos 3010W can be used in the polymer such as unsaturated resins, saturated resins, polyester polyol, epoxy resins etc. It can protect the color during the polymer synthetic process and improve the heat stability of the polymer in the latter period of the reaction .