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Does stonewash make the stone brittle? Of course not!

Do stone washes make stones brittle? of course not! The detergent can effectively remove the dust deposited on the surface and inner layer of the ore, improve the purity of the ore, and greatly improve the utilization rate of the ore. Economical and simple to use: Soaking with detergent can remove ore dust, no need to install special cleaning equipment, and reduce operating costs.

General quartz sand, fire resistance of 1750 ℃, large appearance particles, appearance with yellow leather bag. Generally, quartz sand is made of natural quartz ore, crushed, washed, dried, and filtered for secondary water treatment. The filter has no impurities, no calibration angle, high density, high mechanical strength, and long service life of the pollution capacity line.

Ore washing agent

quartz stone washing agentSandblasting and derusting quartz sand is widely used for sandblasting and derusting quartz sand for non-ferrous metals, power frequency, intermediate frequency, frequency conversion, and core electric furnace lining. : Specifications of sandblasting and derusting quartz sand: The particle size data of 0.5-1.0 mm quartz sand has a specific gravity of 3.6 and a bulk density of 1.8-2 t/m3, and the particle size data of 1-2 mm quartz sand has a specific gravity of 3.6 and a bulk density of 1.8-2 t/m3.

Stonewashing agent can be used to clean all kinds of minerals with impurities. Whether it’s yellow, red or black, they’re all white in one wash. They have good iron removal and impurity reduction effects on quartz, potassium feldspar, feldspar, barite, spar and various non-metallic minerals on the earth. The packaging bag is lined with a woven bag, and the standard weight of each bag is 25kg.

Quartz stone washing agent is a common method to clean the dust on the surface of terrazzo, marble and other stones. Surfactants are ionic and nonionic. Its molecules contain ji and non-ji genes, and its cleaning principle is to use surfactants to reduce the characteristics of interfacial tension, humidity, adsorption, emulsification, dissolution, relaxation, etc., so that the surfactants fall off and relax to achieve the cleaning effect.