Color code 7# - 8 #
Softening point 115~120 C
See the following form for details
[Physical and chemical properties]
Rosin Modified Phenolic Resin is a light color, anti-aging terpene resin with natural turpentine as the basic raw material.It is produced through the process of refining, decolorizing and polymerization which has the advantanges of light color, anti-aging properties, good initial viscosity and cohesion strength,and excellent compatibility with synthetic rubber, EVA, SBS, and SIS resin. It can be dissolved in cyclohexane, petroleum ether, toluene, xylene, ethyl acetate, acetone and other solvents.
item
index
test method
softening point
95-120
iron and cobalte method
color code
3-8
acid value
1
saponification value
1.5
iodine value
40-75
toluene insoluble
0.05
Products Usage:
1. Paint
Paints with KeRun C9 Petroleum resin added can enhance the final finishes of paints,resistance to acid and alkaline, also the adhesiveness of paint films and the hardness.
2. Printing ink
KeRun Petroleum resin which can be used in Printing ink products have following advantages: color spreading, fast dry and brightening effects & increase the printing property.
3. Rubbers
KeRun C9 Petroleum resin has excellent mutual solubilities with natural rubber particles, No affect to the sulphurization of rubber. Can affect as viscous agent, reinforcing agent, the filling agent.
4. Adhesives
KeRun- resins have excellent adhesiveness that can enhance the adhesiveness of adhesives, resistance to acid, alkaline and water. Additionally, production cost will be reduced.
Other Application:Rubber industry, tyre, paint, waterproof material, printing ink, hot melt adhesive
Product Usage: Pressure Sensitive Adhesive, Hot-melt Adhesive, Solvent-based Adhesive Products, Rubber of Tire Inner Tube, Rubber Damping Pieces etc.
Advantages:
1.Better glutinosity and sistinguished initial adhibiting performance Excellent anti-aging property Light color
2. Better fluidity and can enhance wetting of principal part materials.
3. Transparent, low smell and low volatileness
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