Hexametaphosphate | Hexametaphosphate | Hexametaphosphate |Hexametaphosphate

Description of Hexametaphosphate:

Hexametaphosphate Molar mass: 611.77 g · mol-1

Hexametaphosphate Appearance: white, odorless, crystalline powder

Hexametaphosphate Density: 2.484 g / cm3

Hexametaphosphate Melting point: 616 ° C (decomposition)

Hexametaphosphate Boiling point: 1500 ° C

Hexametaphosphate Solubility (water): Soluble

Hexametaphosphate Solubility (Organic solvents): Insoluble

Moisture absorption: strong, easily hydrolysis solution as orthophosphate in warm water, acid or Alkali solution.

Hexametaphosphate

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Chrome Oxide Green | Chrome Oxide Green | Chrome Oxide Green

Description of Chrome Oxide Green:

Chrome oxide green also known as chromium oxide, chromium oxide with molecular weight of 151.99. It is Hexagonal green powder with Density of 5.21g / cm3, Mohs hardness of 8.5 to 9, which is close to the corundum (Al2O3), second only to diamond, and more than quartz SiO2, topaz Al2 [SiO4] (F, OH) 2 and zircon ZrSiO4).

Chrome Oxide Green

Features and Application of Chrome Oxide Green:

The refractive index is 2.5 (cover rate is good), specific heat capacity (20 ℃) /0.17J/ (g · K). Insoluble in water, acid and organic solvents, slightly soluble in concentrated sodium hydroxide solution, soluble in hot sodium bromide solution, hot concentrated perchloric acid solution or boiling parathion mixed acid.

Chrome oxide green is very stable in light, air and corrosive gas (H2S, SO2, etc.), excellent weatherability. Chrome Oxide Green with Good thermal stability, melting point: 2265 ℃, boiling point: 3000 ℃, it is a high-quality refractory materials

Chromium oxide green is mainly used in metallurgy, paint, polishing, refractory materials and newly developed meltblown paint.

Chromium oxide green is generally added in the corundum or corundum spinel refractory material with small amount. It can significantly improve some of the properties of the material. Such as high temperature strength performance, Anti - slag erosion performance and Thermal shock stability and so on.

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Instant Powdered Sodium Silicate | Instant Powdered Sodium Silicate

Description of Instant Powdered Sodium Silicate:

Instant powdered sodium silicate, also known as sodium silicate, hydrous sodium silicate, which is white powdery material can be quickly dissolved in water. Instant powdered sodium silicate is a kind of special sodium silicate  in with good performance in cold, uniformity, convenient in use, transportation and storage.

Aplication of Instant Powdered Sodium Silicate:

Instant sodium silicate is mainly used as Building materials additive for power construction, such as lining clay material in chimney, boiler; also be used as furnace gunning castable, acid clay and other unshaped refractory binder; adhesive insulation materials for foundry industry, ceramic industry, industrial coatings and thickener in oil industry.

Instant powdered sodium silicate

1, metallurgical industry: amorphous refractory binder, furnace gunning binding agent, sand binder in the foundry industry.

2, chemical industry: Instant powdered sodium silicate used as flame retardant fillers, degreasing cleaning agent, rust inhibitor.

3, light industry: ceramic adhesives, floor adhesives, welding adhesive.

4, daily chemical industry: detergent builders, fillers in soap industry.

5, construction industry: Instant powdered sodium silicate used as a powder coating agent and fireproof materials, acid-proof cement additives, road repair enhancer.

6, oil industry: Magma sealant pulp sealant.

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High-Temperature Asphalt | High-Temperature Asphalt | High-Temperature Asphalt

Description of High-Temperature Asphalt:

High temperature asphalt has high fixed carbon, high toluene insolubles resin content, low ash, High-Temperature Asphalt is widely used in blast furnace iron ditch materials, blast furnace gunning, ramming castable materials and monolithic refractories, carbonaceous material additives. High-Temperature Asphalt can play a role of bonding and carbon increasing, improve the high temperature, anti-erosion ability of the product.

High-temperature asphalt (hard bitumen), ring and ball softening point of 95 ~ 120 ℃; Further, according to user requirements, we can produce a softening point of 120 ~ 250 ℃ special high-temperature asphalt.

High temperature asphalt

High-temperature asphalt: softening point 130-180 ℃, coking values 55-65%, ash content 0.2%, volatile matter 50-55%
High-Temperature Asphalt Modified bitumen: Softening point 105-120 ℃, coking values 55-60%, ash content 0.2%, volatile matter 50-55%
Asphalt temperature: Softening point 80-95 ℃, coking values 52-54%, ash content 0.2%, volatile matter 50-58%
Spherical asphalt: softening point of 110 ℃, coking value 58%, ash content 0.15%, volatile matter 57%
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Chrome Brick |Chrome Brick |Chrome Brick

Chrome brick is a kind of refractory product made from Chrome ore with content of Cr2O3 ≥ 30%. In order to improve its high temperature performance, it usually adds more than 10% of magnesia.

Chrome brick is neutral refractory brick with very weak effect to acidic and basic refractories at high temperatures. The load softening temperature and thermal shock resistance of Chrome Brick are lower than that of magnesia-chrome brick. Chrome Brick is mainly used for high temperature acidic and alkaline refractory barrier layer, but also for non-ferrous smelting furnace lining. But Chrome Brick is not suitable used for direct contact with the molten iron and at frequently changeable temperatures.

Chrome brick

High chrome bricks are mainly applied in the key parts of the furnaces in coal chemical industry, chemical industry, alkali-free glass fiber and garbage incinerator, etc. Chromium corundum bricks are mainly used for the lining of carbon black furnace and copper smelting furnace, Glass furnace molten bath, tapping platform of rolling mill furnace. Chrome corundum also can be used as upper structure and burner bricks for insulating fiber glass furnace.
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Bulk Refractories | Bulk Refractories |Bulk Refractories

Bulk refractory is monolithic refractory, which is mixtures of refractory aggregate and powder, binder and additive mixture. Bulk refractory is for thermal lining, without firing step, direct use. Compared with firebrick, bulk refractory has simple process (no firing step), less energy conservation, low cost, ease of mechanization construction. Bulk refractories even have better performance in thermal equipment than some of refractory bricks.

Fire Clay, Castables, Ramming Mixes

Bulk refractory

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Low Porosity Clay Brick |Low Porosity Clay Brick |Low Porosity Clay Brick

Low porosity clay bricks are made of high quality calcined flint. With the features of high strength, good refractoriness, dense structure, low porosity, excellent thermal shock resistance, no stripping, Low porosity clay bricks are widely used in hot blast stove and glass furnace regenerator.

Low porosity clay

The chemical composition of fire clays are 23-34% Al2O3, 50-60% SiO2 and 6-27% loss on ignition together with various amounts of Fe2O3, CaO, MgO, K2O, Na2O and TiO2. Chemical analyses from two 19th-century sources, shown in table below, are somewhat lower in alumina although a more contemporary source quotes analyses that are closer.

Low porosity clay bricks take flint clinker as the main raw material with the apparent porosity of 17%. Fire clay bricks take refractory clay and flint clay clinker as the main raw material, containing 30% to 46% alumina with refractoriness 1580 ~ 1770 ℃. It is a weak acid refractory materials with good thermal shock resistance, good corrosion resistance to acidic slag. Low porosity clay bricks are widely used in steel, glass and chemical industries.

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