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Metal rustproof non-ignition anti-static wear-resistant and anti-impact floor material and preparation method thereof

A ground material and metal anti-rust technology, applied in the field of ground materials, can solve the problems of not having anti-static, poor impact resistance, poor impermeability, etc., and achieve the effects of good durability, high oil resistance and enhanced impact resistance

Active Publication Date: 2013-11-20
曹洪生 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Because non-metallic materials are generally hard and brittle, poor impact resistance; large water-cement ratio, poor compactness, poor impermeability; strong affinity with oil, poor oil resistance, mainly because they do not have anti-static and non-flammable functions

Method used

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  • Metal rustproof non-ignition anti-static wear-resistant and anti-impact floor material and preparation method thereof
  • Metal rustproof non-ignition anti-static wear-resistant and anti-impact floor material and preparation method thereof
  • Metal rustproof non-ignition anti-static wear-resistant and anti-impact floor material and preparation method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] Embodiment 1: the preparation of ground material of the present invention:

[0035] Sieve out impurities in 100 parts by weight of cemented carbide metal aggregates by manual sorting; crush the sorted cemented carbide metal aggregates with a rotary hammer mill to particles below -200 mesh, and then magnetically separate them with a magnetic separator , remove impurities, and then screen with a vibrating sieve to obtain cemented carbide metal aggregates of about -200 mesh; then put the obtained material into a sintering tank and send it to a high-temperature furnace to raise the temperature to 1300 ° C, and add 2 parts by weight of carbonic acid Silicon is roasted and foamed for 36 hours. When the roasted and foamed material is cooled to room temperature, it is pulverized into particles of about 120 mesh through a pulverizer. After foaming, the specific volume is controlled at 2.5T / m3; Soak in 7% sodium silicate solution for 30 minutes, carry out anti-rust treatment, the...

Embodiment 2

[0036] Embodiment 2: the preparation of ground material of the present invention:

[0037] Sieve out impurities in 100 parts by weight of cemented carbide metal aggregates by manual sorting; crush the sorted cemented carbide metal aggregates with a rotary hammer mill to particles below -200 mesh, and then magnetically separate them with a magnetic separator , remove impurities, and then use a vibrating sieve to screen to obtain cemented carbide metal aggregates of about -200 mesh; then the obtained materials are put into a sintering tank and sent to a high-temperature furnace to raise the temperature to 1400 ° C, and add 2.5 parts by weight of silicon carbonate to carry out Roasting and foaming for 36 hours. When the calcined and foamed material is cooled to room temperature, it is crushed into particles of about 120 mesh by a pulverizer. After foaming, the specific volume is controlled at 3T / m3; Soak in sodium silicate solution for 30 minutes, carry out anti-rust treatment, t...

Embodiment 3

[0038] Embodiment 3: the preparation of ground material of the present invention:

[0039] Sieve out impurities in 100 parts by weight of hard metals by manual sorting; crush the sorted hard metals with a rotary hammer mill to particles below -200 mesh, then magnetically separate them with a magnetic separator to remove impurities, and then use Vibrating sieves were used to screen to obtain -200 mesh hard metal materials; then the obtained materials were put into a sintering tank and sent to a high-temperature furnace to raise the temperature to 1400 ° C, and 3 parts by weight of silicon carbonate were added for roasting and foaming for 36 hours, and roasting and foaming When the final material is cooled to room temperature, it is pulverized into particles of about 120 mesh through a pulverizer, and the specific volume is controlled at 2.8T / m3 after foaming; then, the obtained particles are poured into a 7% sodium silicate solution and soaked for 30 minutes , carry out anti-ru...

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Abstract

The invention relates to a metal rustproof non-ignition anti-static wear-resistant and anti-impact floor material and a preparation method thereof. The material is processed by mixing the following components: a hard alloy metal aggregate, rare earth, a foaming agent, a rust inhibitor, a pigment, micro-silicon powder and a color preserving agent. The floor material disclosed by the invention is uniformly mixed with ordinary portland cement, the mixture is sprinkled on the surface of concrete which is just built, the surface is leveled and maintained, and expansion joints are cut so as to obtain a metal rustproof non-ignition anti-static wear-resistant and anti-impact floor. The floor material is mainly applied to storage places for flammable and explosive chemicals, electronic computer rooms, army ammunition depots, regions using precision machinery in operation rooms, storage regions for petroleum and fuel oil, particularly wear-resistant and impact-resistant floors and places with particular requirements for anti-static and non-ignition effects; and simultaneously, the floor has the advantages of large surface density, good anti-seepage performance and rust protection, and can meet the floors with smooth to skid-proof requirements, perform synchronous construction with the concrete floors and shorten the construction period so as to reduce the construction cost.

Description

【Technical field】 [0001] The invention relates to the technical field of ground materials, in particular to a metal anti-rust, non-flammable, anti-static, wear-resistant and impact-resistant ground material and its preparation. 【Background technique】 [0002] Floor is a general term for various floors, and refers to a type of product that finally makes the floor present a certain decorative effect and special function through certain specific tools and materials combined with corresponding construction techniques. [0003] Because non-metallic materials are generally hard and brittle, they have poor impact resistance; large water-cement ratio, poor compactness, poor impermeability; strong affinity with oil, poor oil resistance, mainly because they do not have anti-static and non-flammable functions. This kind of non-metallic ground material in traditional crafts has gradually been eliminated. With the increase of the working load and the increase of the frequency of action,...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B14/34
Inventor 曹洪生王新民
Owner 曹洪生
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