In various industrial sites, public facilities and home environments, anti-skid plates, as an important safety facility, play a vital role. The materials and craftsmanship of efficient anti-skid plates not only determine their anti-slip performance, but also affect their service life and aesthetics. This article will explore in depth the material selection and manufacturing process of efficient anti-skid plates in order to provide readers with a comprehensive understanding.

Material selection of efficient anti-skid plates


The materials of efficient anti-skid plates are diverse, mainly including metals, synthetic materials, artificial stones and rubber.

Metal anti-skid plates: such as aluminum alloys and stainless steel, these materials have the advantages of high strength, corrosion resistance and light weight. Aluminum alloy anti-skid plates are particularly suitable for outdoor environments such as roads, bridges, parking lots, etc., and their surfaces are specially treated to have good anti-slip properties. Stainless steel anti-skid plates are widely used in places such as chemical plants and sewage treatment plants that require high corrosion resistance.
Synthetic material anti-skid plates: such as resin anti-skid plates, which are mainly composed of glass fiber reinforced materials and unsaturated polyester resins or epoxy resins. This material is light, wear-resistant, corrosion-resistant and has good insulation properties. It is suitable for chemical, electronic, papermaking, medicine and other places.
Artificial stone anti-skid plate: Made of natural stone, it not only has anti-slip properties, but also has high strength, beautiful appearance, and easy to clean and hygienic. Suitable for indoor and public places, such as hotels, shopping malls, etc.
Rubber anti-skid plate: It has good anti-slip properties, and its weather resistance, sound insulation and other properties are also excellent. It is suitable for places such as playgrounds, gyms, factories, etc. that require high anti-slip properties and have certain requirements for noise.

Manufacturing process of efficient anti-skid plate


The manufacturing process of efficient anti-skid plate mainly includes hot pressing patterns, CNC punching, shearing and bending, welding and forming.

Hot pressing patterns: Various anti-slip patterns are formed on the surface of the anti-skid plate through hot pressing technology, such as herringbone and cross flower shapes. These patterns not only increase the friction of the anti-skid plate, but also improve its beauty.
CNC punching: Using a CNC punching machine, various shapes of holes are punched out on the anti-skid plate according to the preset hole type. There are various hole types, such as crocodile mouth shape, fish eye shape, fish scale hole, etc., to meet the anti-skid needs of different places.
Shearing, bending, welding and forming: According to the purpose and size requirements of the anti-skid plate, the processing steps such as shearing, bending, welding and forming are carried out. The iron plate can also be hot-dip galvanized for rust prevention to improve its corrosion resistance and service life.

Performance and application of high-efficiency anti-skid plates

High-efficiency anti-skid plates have the characteristics of anti-skid, anti-rust and anti-corrosion, and are durable and beautiful in appearance. It is widely used in outdoor environments of industrial industries such as sewage treatment, tap water, power plants, as well as mechanical anti-skid, interior decoration anti-skid, docks, fishing platforms, workshops, car bottoms, cement floors, hotel entrances and other places.

Especially in high-risk operating environments such as oil field drilling platforms, the application of rubber-metal hybrid anti-skid plates is particularly important. This anti-skid plate is die-cast with steel nails in rubber, and the distance between the steel nails is reasonably distributed. When the operator steps on it, there are always steel nails protruding from the bottom of the foot, which plays an anti-skid role. At the same time, there are bosses on the bottom of the rubber plate, which makes it anti-slip on both sides and enhances the safety of the operators.

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