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- Product Details
Keywords
- Hexachlorocyclotriphosphazene
- Phosphonitrilic?chloride?trimer
- CAS 940-71-6
Quick Details
- ProName: Phosphonitrilic chloride trimer
- CasNo: 940-71-6
- Molecular Formula: Cl6N3P3
- Appearance: White crystal
- Application: intermediate for various halogen-free ...
- DeliveryTime: c.a 10 days depending on QTY
- PackAge: Vacuum?packing?with plastic?bags?in 25...
- Port: Qingdao/Shanghai/Tianjin/Ningbo
- ProductionCapacity: 50 Metric Ton/Month
- Purity: 99.%
- Storage: keep it at cool dry ventilated place,a...
- Transportation: Hazard Codes CRisk Statements 14-34-...
- LimitNum: 1 Metric Ton
- Grade: Industrial Grade,Pharma Grade,Electron...
Superiority
1. Strict raw material sourcing and quality control
2. Mature production process, powerful technical support from Chinese Academy of Sciences
3. Perfect quality control system
4. Punctual delivery time
5. Reasonable pricing based on reliable quality
6. Intimate service
Details
English Name:Hexachlorocyclotriphosphazene; Phosphonitrilic chloride trimer; 3-PNC;HCCTP;
CAS No.:940-71-6
Molecular Formula: CL6N3P3
MolecularWeight: 347.66
Appearance: White crystal
Melting Point:112-115 DEG C
Density:1.98g/cm3
Solubility:Soluble in most of organic solvents, such as n-heptane, benzenes, and petroleum ether
Stability: It is stable at room temperature, decomposable after encountering with water, acid or alkali matters,and sublimable.
Danger:With corrosion, keep away from skin, respiratory tract, and eyes.
Main Technical Index:
Appearance: White crystal
Purity (%): 99.0 (min)
Packing:Vacuum packing with plastic bags in 25kg or 50kg fiber can, or customized according to customer demands, with water and moisture resistance.
Application:Owing to reactivity of phosphorus andchlorine bonds, the chlorine can be easily substituted to generate a series of phosphazene derivatives with special performance. It is the intermediate raw material for various halogen-free fire retardants and high-temperature materials, such as preparation of fire retardants including phenolphosphazene, p-carboxyphenyl phenol phosphazene, polyamino phosphazene, andpoly phosphazene elastic materials. Just for this reason, a series of phosphazene compounds can be prepared.