Modern industry is developing in the direction of automation and electronization. High-tech enterprises and key laboratories have very high requirements for the ground environment. They not only require the ground to have anti-static function, but also require the ground to have high wear resistance and impact resistance. The Tsυ3σ3 ring hydrogen self-leveling anti-static floor coating system can meet such requirements and achieve high wear resistance, high impact resistance and anti-static work. The three effects of energy are in one.
While continuing the excellent performances of the traditional self-leveling floor painting system, the system adds conductive powder and surfactant, which can effectively prevent static electricity from gathering and release the static electricity from foreign objects through conductive dissipation. It has the function of preventing static electricity spark.
Application Range
Ground system of chemical, powder, organic solvent production, operating room, computer room and special place
Computer, Electronics, Microelectronics, Precision Instrument Manufacturing, Precision Machinery Manufacturing
Telecommunications, communications, printing, military, aerospace and other enterprises plant ground.
Product performance
The anti-static effect is lasting.
It can leak electrostatic charge quickly.
It has all the excellent functions of epoxy self-leveling floor.
Technical standard
Inspection items | Index value | ||
State in Container | After mixing, there is no hard block，in a uniform state | ||
Coating appearance | The film is smooth with uniform color | ||
Drying time(H25℃) | Surface dry | 4h | |
Actual dry | 20h | ||
Hardness(Shaoshi hardness D) | 5.2MPA | ||
Tensile bond strength standard condition | 4.2MPA | ||
Compression strength | |||
Wear resistance(750g/500r)/g | |||
Impact resistance(class-II) | Film with 1000g steel ball, height 100m | ||
Anti-skid (dry friction coefficient) | |||
Water resistance | |||
Chemical resistance | Oil resistance-120%Solvent gasoline 72h | No blistering, no peeling, allowed slight discoloration | |
Alkali resistance- 20% NaOH solution 72h | No blistering, no peeling, allowed slight discoloration | ||
Acid resistance-10% H2SO4 48h | No blistering, no peeling, allowed slight discoloration | ||
System characteristic
Surface morphology: solid color, bright light
Overall thickness: 1-5mm
The average service year is 8-15 years.
Construction profile
Anti-static surface layer
Anti-static putty layer
Anti-static mortar layer
Anti-static Grounding Copper Mesh or Copper Foil
Anti-static Primer layer
Basic ground
Construction technology
Process name | Specific practices and requirements | Reference dosage |
Primer layer | 1:Use epoxy anti-static primer , mix the main paint and curing agent proportionally, mix evenly. 2:Roll the coating with a roller to be uniform, no leakage. 3:Use a brush to brush the side of the door, the corner of the wall, under-chassis, etc | 0.15-0.2kg/㎡ |
Grounding copper mesh | Lay copper wire or foil according to design requirements, scrape and fill ditches with conductive putty | Interval 2mx2m |
Mortar layer | Use epoxy anti-static primer medium paint ,mix the main paint and curing agent proportionally and add 40-150 mesh quartz sand to mix evenly. 2:Scrape 1-3 times with batch knife. 3:After solidification, grind the defect such as knife marks and clean them up. | 0.7kg/㎡/mm |
Putty layer | 1:Use epoxy anti-static primer medium paint ,mix the main paint and curing agent in proportion and add appropriate filler to mix evenly. 2: Scrape 1-2 times with batches of knives, with emphasis on filling holes in the ground. 3: After solidification, polish the knife marks and other defects, and clean them with vacuum cleaner, chicken feather duster, broom, etc. | 0.2-0.3kg/㎡ |
Surface layer | 1: Use epoxy anti-static primer surface paint mix the main paint and curing agent proportionally, mix evenly. 2: Self-leveling the surface with prepared trowel or spraying with an airless gun. | 1.2kg/㎡/mm |
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