Novel metal floor tile

Abstract

The invention relates to a novel metal floor tile with thickness of1.5-5.5. The metal floor tile comprises a panel and a rim formed by bending the circumference of the panel downwards, a plurality of openings are punched on the panel, one end of the opening downwards forms an anchoring strip connected with the panel, a plurality of through holes are punched on the rim, and one end of the through hole inwards forms a reinforcement bar connected with the rim. Compared with the prior art, the novel metal floor tile is simple in structure and novel in design, a straight flanging can bear horizontal twisting force to the floor tile and can increase the strength of binding force between the rim and filling material, and an arc flanging can enhance the strength of the metal floor tile and cement. The anchoring strip of the metal floor tile is designed in a connecting way (scrapless design), the integral pavement quality and intensity are improved, the manufacturing cost is greatly reduced, the jointing position of the ground can not be deformed owning to pressing of heavy objects in the pavement process, and the safety performance is high.

Description

technical field [0001] The invention relates to the field of building materials, in particular to novel metal floor tiles. Background technique [0002] The ground paving materials of the current production site and other sites are generally paved with cement-based materials, and the surface treatment adopts various epoxy coatings, metal aggregates or non-metallic aggregate wear-resistant floors, but these floors are not suitable for heavy-duty Machining sites, sites for heavy equipment installation, sites for hoisting large parts, sites and roads with frequent production and logistics, sites where production workstations are frequently placed on the ground, sites that need to control dust, and sites for thermal processing. Low, low wear resistance, low impact resistance, poor oil stain resistance, after a long time of use, the site will be potholed, and it is not easy to repair, and the cost of maintenance and repair is high, which is neither civilized nor safe. If the abo...

AI Technical Summary

Problems solved by technology

[0002] The ground paving materials of the current production site and other sites are generally paved with cement-based materials, and the surface treatment adopts various epoxy coatings, metal aggregates or non-metallic aggregate wear-resistant floors, but these floors are not suitable for heavy-duty Machining sites, sites for heavy equipment installation, sites for hoisting large parts, sites and roads with frequent production and logistics, sites where production workstations are frequently placed on the ground, sites that need to control dust, and sites for thermal processing. Low, low wear resistance, low impact resistance, poor oil stain resistance, after a long time of use, the site will be potholed, and it is not easy to repair, and the maintenance and repair costs are high, which is neither civilized nor safe

If the above problems are installed on the floor with multiple whole sheets of medium-thick steel plates, it will not only be costly, but also uneven at the joints, which is prone to accidents, and if the steel plates are not cleaned for a long time, it is easy to breed bacteria, etc. employee health

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