Is titanium isopropoxide 
 Products 

 Titanium isopropoxide is highly reactive as organic alkoxy titanate, used primarily as a catalyst for production of plasticizers and polyester, can also be used for coatings, adhesives and other industries and production of intermediate coupling. The product is hydrolyzed with water, but also with the-NH3,-OH,-COOH,-CONH2 and other polar groups, must be in closed, dark and dry place. 
 Physical properties 

 Appearance: colorless to light yellow transparent liquid 
 Molecular weight: 284 Ti (i-C3H7O) 4 
 Ti content (%): 16.6 ~ 17.0 
 Gravity (20 ℃): 0.96 
 Chlorine: ≤ 20ppm 
 Freezing point: 14.0 ~ 14.9 ℃ 
 Main purposes: 

 1. As a catalyst: for the esterification reaction, esters of acrylic acid ester transfer reaction and the epoxy, phenolic, silicone, polybutadiene, PP, PE of the polymerization reaction; 
 2. As crosslinking agent: for a variety of polymer or resin compound from the cross-linking; 
 3. For the paint, the paint industry: to promote bonding with the surface coating to improve the dispersion and coloring effects, and ability to improve anti-corrosion coatings; 
 4. Can also be used as surface modification agent, adhesive agent and the wax and oils for additives; 
 5. Is the production of essential raw materials of titanium coupling agent. 
 Packaging and storage: 25KG, 190KG, 200KG iron drum with plastic drum. Gaozao positions stored in a clean room. Away from fire, heat source, to prevent direct sunlight. Packaging must be sealed and not damp. Oxidants should be stored separately. Storage room lighting, ventilation and other facilities should be explosion-proof type, switch to the positions of the. Equipped with the appropriate variety and quantity of fire equipment. Prohibit the use of easy to produce sparks of mechanical equipment and tools. 
 Hazardous characteristics: high fever, open flame or contact with oxidants, cause a fire hazard. Water or steam release toxic or flammable gases. Case of high fever, increased pressure within containers, cracking and the risk of explosion. 
 Incompatible materials: strong oxidizers, strong acids, water. 
 Fire fighting methods: foam, carbon dioxide, dry powder, sand. Vapor is heavier than air, easy to gather in the lower. Vapor within the enclosed area in a fire can explode.