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Compact acid resistant adhesive mortar

A compact, cementitious technology, used in climate sustainability, sustainable waste treatment, solid waste management, etc., which can solve problems such as low heat resistance and impermeability, long final setting time, and insufficient corrosion resistance. problem, to achieve the effect of strong acid resistance, uniform particle distribution, and improved compressive strength

Inactive Publication Date: 2010-09-08
JIANGXI PINGXIANG LONGFA ENTERPRISE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Most of the cement currently used to bond acid-resistant bricks and fill the gaps between acid-resistant tiles is an inorganic compound formed by mixing sodium water or potassium water glass as an adhesive, sodium hydrosilicate or sodium fluorosilicate as a curing agent, and acid-resistant materials as a filler. Quality-type gelling, but the acid-resistant cement currently used is not strong enough in corrosion resistance, heat resistance and impermeability are not high, and the final setting time is relatively long

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0017] Embodiment 1, take by weighing 30kg sodium water glass, 4.65kg sodium fluorosilicate, 64kg cast stone powder and industrial porcelain powder, 1.35kg furfuryl alcohol respectively, raw material gross weight is 100kg, wherein cast stone powder is 30kg, industrial porcelain powder is 34kg, will Add the above-mentioned various raw materials into the ball mill and mix them for 1-2 hours, then add an appropriate amount of water to make the raw materials mix and grind into a smearable acid-resistant mastic with a specific gravity of 1.9-2.1g / cm3 and a certain toughness. During the curing time of the curing agent, Use up the acid-resistant mastic. Take the acid-resistant cement to make a standard sample, and measure its properties after curing as follows:

[0018] The bonding strength is 1.53Mpa, the compressive strength is 3.05Mpa, and the density is 2.08g / cm 3 ,

[0019] The water absorption rate is 7.3%, the final setting time (23°C) is 6.5 / h, and the immersion stability i...

Embodiment 2

[0020] Embodiment 2, take by weighing 20kg sodium water glass, 7kg sodium fluorosilicate, 70kg cast stone powder and industrial porcelain powder, 3kg furfuryl alcohol respectively, raw material gross weight is 100kg, wherein cast stone powder is 32kg, industrial porcelain powder is 38kg, above-mentioned each Put the raw materials into the ball mill and mix them for 1-2 hours, then add an appropriate amount of water to make the raw materials mix and grind into a smearable acid-resistant mastic with a specific gravity of 1.9-2.1g / cm3 and a certain toughness. During the curing time of the curing agent, the acid-resistant The cement is used up. Take the acid-resistant cement to make a standard sample, and measure its properties after curing as follows:

[0021] The bonding strength is 1.38Mpa, the compressive strength is 3.25Mpa, and the density is 1.98g / cm 3 ,

[0022] The water absorption rate is 8.1%, the final setting time (23°C) is 7.1 / h, and the immersion stability is qual...

Embodiment 3

[0023] Embodiment 3, take by weighing 40kg sodium water glass, 3kg sodium fluorosilicate, 56kg cast stone powder, quartz powder and industrial porcelain powder, 1kg furfuryl alcohol respectively, raw material gross weight is 100kg, wherein cast stone powder is 20kg, quartz powder 11kg, industrial porcelain The powder is 25kg. Add the above-mentioned various raw materials into the ball mill and mix them for 1-2 hours, then add an appropriate amount of water to make the raw materials mix and grind into a smearable acid-resistant mastic with a specific gravity of 1.9-2.1g / cm3 and a certain toughness. The curing time of the curing agent is to use up the acid-resistant mastic. Take the acid-resistant cement to make a standard sample, and measure its properties after curing as follows:

[0024] The bonding strength is 1.66Mpa, the compressive strength is 3.37Mpa, and the density is 2.01g / cm 3 ,

[0025] The water absorption rate is 8.7%, the final setting time (23°C) is 5.9 / h, and...

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Abstract

The invention discloses a compact acid resistant adhesive mortar, which is prepared by evenly mixing the components of 20-40 wt% of sodium silicate, 3-7wt% of sodium fluosilicate, 50-70wt% of glass-ceramic powder and industrial porcelain powder or glass-ceramic powder, quartz powder and industrial porcelain powder, and 1-3wt% of furfuryl alcohol in proportion at the normal temperature, adding a proper amount of water, stirring and milling to form the acid resistant adhesive mortar in a smearing state, and is used by filling in curing time. The invention has strong acid and alkaline corrosion resistance, high compression strength and bonding strength, short final setting time, simple preparation process and convenient use and operation, and can be widely applied in bonding and filling corrosion resistance and heat preservation lining bodies in the industries such as chemical engineering, smelting, petrifaction, sulfuric acid, papermaking, environment protection and the like.

Description

technical field [0001] The invention relates to a colloid, in particular to an acid-resistant cement with good compactness. Background technique [0002] In the industrial tower equipment of chemical industry, smelting, petrochemical, sulfuric acid, papermaking and environmental protection and other industries, acid-resistant tiles need to be filled, and the acid-resistant tiles must be bonded with acid-resistant cement to seal the tiles to prevent chemical liquids corrosion and penetration. Most of the cement currently used to bond acid-resistant bricks and fill the gaps between acid-resistant tiles is an inorganic compound formed by mixing sodium water or potassium water glass as an adhesive, sodium hydrosilicate or sodium fluorosilicate as a curing agent, and acid-resistant materials as a filler. However, the acid-resistant cement currently used is not strong enough in corrosion resistance, heat resistance and impermeability are not high, and the final setting time is re...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B28/26C04B111/23
CPCC04B2111/23C04B28/26Y02W30/91C04B14/02C04B18/165C04B22/126C04B24/02C04B14/06
Inventor 罗接发
Owner JIANGXI PINGXIANG LONGFA ENTERPRISE
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