Epoxy Polyester Building Coating Epoxy Anti Corrosion Paint for Pools

• CAS No.: 38891-59-7
• Formula: [CH(CH2cl)CH2o]N
• EINECS: 38891-59-7
• Color: Black
• Appearance: Powder
• Main Raw Material: Epoxy
• Model NO.: FM021
• Method: Roller
• Level: Finish Coat
• Drying Method: Air Drying
• Certification: ISO14001, CCC, RoHS, ISO9001
• Substrate: Cement Base
• Components: Film Forming Matter
• Formation Mechanism: Conversion Type
• Delivery Time: 15 Days
• Transport Package: in Buckets
• Specification: 20kg/bucket
• Trademark: FOTMA
• Origin: P. R. China
• HS Code: 32089090
• Production Capacity: 20000t/Year

Product Description

Epoxy Polyester Building Coating Epoxy Anti Corrosion Paint for Water Pools
 

F021 pool anticorrosive paint is used as topcoat or intermediate layer for steel objects and cement and concrete. It has excellent water resistance, ozone oxidation resistance and chemical penetration resistance, high adhesion and mechanical strength, both ideal corrosion resistance and Certainly decorative.

Designed use: It is used as topcoat or intermediate layer for steel objects and cement and concrete. It has excellent water and chemical resistance, high adhesion and mechanical strength, ideal anti-corrosion, and certain decoration. Fride F021 anti-corrosion paint for water tank is suitable for anti-corrosion of sewage tanks, steel pipes, various steel structures, storage tanks and containers in corrosive conditions . Dry film thickness: 150 microns is equivalent to 185-200 microns wet film thickness,

Construction parameters: dry film thickness up to 300 microns
Mixing ratio: A: B = 25: 3 (weight ratio)
Drying time: surface dry 2h hard dry 24h
Overcoating interval: minimum 24 hours, maximum 7 days

 
Technical Datas:

Solid Content	51%
Flash Point	32ºC
Density	1.26kg/L
Adhesion(cross-cut method)	≤ Grade 2
Impact Test	≥50kg/cm
Bending Test	≤1mm
Salty Water Resistance 90d	No significant change
10%NaOH Resistance,30d	No significant change
10%H2SO4 Resistance,30d	No significant change
Salty Spray Resistance,h≥400	No significant change