Epoxy mortar self-leveling floor

The floor is made of more than a dozen raw materials such as epoxy ester, modified amine curing agent, high-quality pigments, quartz powder, tougheners, additives, reinforcing agents, organic solvents, etc., which are ground, dispersed and formulated. It has a variety of resistant properties. Corrosion resin is used as the main film-forming material to make corrosion-resistant overall mortar floors on-site. 

Scope of application: Suitable for buildings/grounds and equipment foundations where acid, alkali, and salt media exist, such as acid-making and chlor-alkali workshops in chemical plants; electrolysis and hydrosmelting workshops in the metallurgical industry; chemical raw material pharmaceutical workshops in pharmaceutical plants, Pharmaceutical intermediate workshops; as well as pesticide and fine chemical production workshops, etc.

Features: Strong adhesion, firmly bonded to steel and cement floors, no peeling or cracking; strong resistance to water, acid, alkali, oil, chemicals and aging, good heat resistance and insulation, flexible floor, non-slip, no Mildew; tough and wear-resistant, strong pressure-bearing, impact-resistant, smooth and smooth floor, dust-free, easy to clean; overall beautiful, smooth, dust-free, seamless, non-toxic, brightly colored, easy to clean; purification requirements can reach 100 -100,000 levels;　　　　　

Recommended mortar thickness: 5-7mm; 

Process flow: floor cleaning—primer coating—mortar layer—sealing layer—leveling layer 

Structural cross-section:

Epoxy resin painted floor

The floor uses epoxy resin or polyurethane resin as the main base material, plus color fillers, additives, solvents and curing agents, and is painted by brush, roller or spraying.　

Scope of application: Suitable for industrial plants such as electrical appliances, electronics, machinery, chemicals, tobacco, medicine, food, and textiles, as well as ground projects such as parking lots, supermarkets, and storage warehouses.　

Features: Corrosion-resistant and wear-resistant; overall seamless, dust-proof, easy to clean and maintain, and low price.　

Main technical indicators: Surface hardness: H-4H　　　　　

Compressive strength: ≥60MPa　　　　　

Impact resistance: no cracks, no sand (1kg steel ball, lm free fall)　　　　　

Bonding strength: 1.5-5.0MPa　　　　　

Wear resistance: ≤40mg/cm2 (CSl7, 500g, 1000R)　　　　　

Recommended coating thickness: 0.5-3mm

Conductive static floor

The floor uses electrostatically conductive epoxy resin floor coating, with a conductive layer in the middle and a surface layer of electrostatically conductive coating, which can effectively prevent the accumulation of static electricity. 

Scope of application: electronic communications, petrochemical, pharmaceutical, light industry, textile, printing and other industries.　

Features: Smooth surface, no seams, impact resistance, heavy pressure resistance, wear resistance, corrosion resistance, acid and alkali resistance, chemical resistance, excellent anti-static performance, ground leakage resistance meets the national standard GB6650-86A level, surface resistance and volume The resistance reaches 104Ω-108Ω.　

Main Specifications:　　　　　

Compressive strength: ≥60Mpa　　　　　

Bonding strength: 2.5-5.0Mpa　　　　　

Wear resistance: ≤40mg/cm2 (CSl7, 500g, 1000R)　　　　　

Impact resistance: no cracks, no sand (1kg steel ball, lm free fall)　　　　　

Surface resistivity: 1.0x105-1.0x10loft2　　　　　

Recommended coating thickness: 0.5-3mm

FRP waterproofing, anti-corrosion and thermal insulation engineering

Our company specializes in undertaking various fiberglass waterproofing projects, anti-corrosion projects, water tank and pool lining treatments, and pipeline and equipment insulation projects. The fiberglass lining (or lining) of fiberglass storage tanks, storage tanks, cement pool linings and metal shells uses corrosion-resistant resin and glass fiber surface felt as the anti-corrosion layer, and unsaturated polyester resin and medium-alkali glass fiber cloth as the reinforcement layer , high corrosion resistance. Good strength and long service life. It is widely used in storage tanks, pickling tanks, ion exchangers and other equipment in electric power, metallurgy, petroleum, chemical industry, printing and dyeing, machinery, environmental protection and other industries.