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Microsilica is a mineral mixture composed of very fine solid glassy areas of silicon dioxide. Most particles are less than 1 micron (0.00004 inch) in diameter. Generally they are 50 to 100 times finer than average cement or fly powder left over after burning particles. Also, microsilica is a main component of the industrial manufacture of ferrosilicon and metallic silicon in high-temperature electric arc furnaces. Microsilica in concrete gives strength in two ways:  As a pozzolan, it provides a more uniform distribution and a greater volume of watering with water products; as a filler, it decreases the average size of pores in the cement paste.  Used as a mixture, microsilica can improve the properties of both fresh and hardened concrete. Addition of microsilica to a concrete mix changes the cement paste structure. Because the particles are so small they break up and move away among and separate the cement particles. The resulting fine, uniform matrix can give much higher flexural, and bond strength. Microsilica reduces the rate of carbonation, decreases flow to chloride ions, communicates high electrical resistivity, and has little effect on oxygen transport. Therefore, microsilica concrete can be expected to be strongly defensive of something that strengthens or adds support. Because of its extreme fineness, it presents handling problems. Some producers mix it with water on a pound-for-pound basis to form a slurry that is transportable in tank […]

Pumice is a type of volcanic rock that is created when a volcano rapidly ejects rock that has been intensely heated and compressed. Pumice’s peculiar foamy structure results from the simultaneous rapid cooling and depressurization of the material. By decreasing the solubility of gases that are dissolved in the lava, the depressurization produces bubbles. The

Anthracite Anthracite, also known as strong coal is hard and compact with a submetallic lustre. It has the highest energy density of all coals. The term refers to coal that doesn’t produce tarry or other hydrocarbon vapors when heated below ignition. Anthracite has a carbon content ranging from 86 to 98 percent. Hydro Anthracite Hydro-Anthracite

General filtration stocks and distributes high quality brand pumice for a variety of products and businesses. Not very chemical and is silica-free; pumice is both safe to use and safe for the health of the Earth/the surrounding conditions. Polishing pumice is used a lot worldwide for critical surface finishing processes – its crumbly particles break

Hydro-Anthracite is a filtering material used for water treatment. It is produced by grinding and sieving natural anthracite that has been heat treated. The tough grains of hydro-anthracite are characterized by their structure. It conforms to the purity conditions defined in the regulations concerning water treatment. Hydro-anthracite works in drinking water treatment, swimming pool filtration

Limestone is affordable as well as beautiful. It’s used in different places such as countertops, fountains, statues and flooring. Because it’s so affordable, it is used in construction projects. It’s also environmentally friendly because of its plentifulness. Why is limestone used so much? It’s found in construction, agriculture, industry because it’s strong and versatile. Physical,

Activated carbon is one of the most effective tools for dealing with VOC tire and malodorous gases. Activated carbon can adsorb the majority of the natural waste gas, when it’s filled with adsorption, it can be desorbed and regenerated and utilized consistently countless times. A Renewable Resource Activated carbon is an extremely efficient product for dealing with VOC exhaust gas and malodorous gases. Although lots of people state that activated carbon is difficult to use, some “ecological professionals” are demonizing triggered carbon, claiming that triggered carbon filtration is “out-of-date.” Activated carbon can absorb a wide variety of biological waste gases, and when it’s saturated with adsorption, it could be regenerated and reused millions of times. Triggered carbon is still not a waste product; a minimum of the activated carbon can likewise be used as a gas, and its combustion heat is not lower than that of coal.

Triggered carbon is an extremely helpful absorbent. Because of their high surface area and high levels of surface area sensitivities, triggered carbon can be utilized to cleanse, dechlorinate, deodorize and decolorize both fluid and vapor applications. Furthermore, triggered carbons are cost-effective absorbents for lots of markets such as sprinkle filtration, oil and valuable steel healing

If you’re looking for a way to remove unwanted molecules from a solution, GAC (granular activated carbon) is the way to go! Agglomerations of PAC (powdered activated carbon) particles make up this specially processed carbon, and its unique pore structure allows it to selectively remove certain molecules while leaving others behind. We remove the molecules

BMS Limestone is known for its versatility which is useful of home features. BMS Limestone comes in many colors and textures and can be used without interrupting any esthetics. Because its naturally soft, it’s easier to shape, carve and manipulate it. Flooring Limestone flooring or pavers are used in bathrooms, kitchens entryways and mudrooms most