Vinyl ester scale compound Ripoxy?FC-83 NS WHITE EX (intermediate coat) Ripoxy?FC-83 S GREY EX (top coat)

1. Ripoxy scale coating Typically resin coating refers to a fiberglass coating formed by adding resin to glass fibers, typically at a thickness of 1-3mm. however, in this case, scale coating is introduced, whereby scale glass is added to a liquid resin, which is mixed with the scale glass to form a slurry mixture (Ripoxy FC). This material can be applied to the substrate using a brush or roller and has a thickness of 400-700 μm. scale glass is mixed with Ripoxy (vinyl ester resin) to form Ripoxy FC. a catalyst is then added to the Ripoxy FC and applied to the substrate using a brush or roller. Coating thicknesses range from 1mm to 100 layers of scaled glass coating. Penetration of chemicals and gases is greatly reduced and thermal resistance is increased due to reduced cure shrinkage, locked-in stresses and linear coefficient of thermal expansion. Fast working speeds and shorter construction periods because the scale coating consists of only three layers of Ripoxy scale compound.

2. Characteristics

• Thin coatings are resistant to strong chemical penetration due to the low permeability of chemicals, gases and water vapor.
• Reduced locking stresses due to reduced cure shrinkage. Small linear coefficient of thermal expansion. Increased adhesion to substrate, heat resistance and thermal cycling resistance.
• Resistant to mechanical damage such as abrasion and scratches. Even if the coating is subjected to strong impacts, only a small portion of the impact point is affected.
• High insulation resistance.
• Shortened construction period and easy to repair.

3. Properties of liquid and cured resins

• Specific gravity: 1.3
• Colors: The middle coat is white and the top coat is gray.
• Viscosity: 10.0-20.0 dPa?s at 25℃.
• Tensile strength: 60 to 70 MPa
• Bending strength: 100 to 120 MPa
• Tensile elongation at break: 1.5%
• Linear expansion coefficient: 1/°C is 2.5 x 10-5
• Shear adhesion strength: ≥10 MPa
• Wear and tear losses: 100 to 110 Mg
• Taber wear test (CS-17, 1 kg, 1000 cycles)
• Water vapor permeability: 5 to 6 x 10-6 g/hr ^c ㎡ (JIS Z 0208)
• Operating Temperature: ≤50 °C

4. Curing properties

• Cured with MEKPO (methyl ethyl ketone peroxide, 55%).

5. Operational considerations

• Includes industrial safety and health precautions, storage and handling precautions, usage precautions, first aid measures, and waste disposal precautions.

6. Other considerations

• For detailed information on the safe handling of Ripoxy, be sure to read the Material Safety Data Sheet prepared in advance.