Ceramics for the construction industry - Import export

Calcium Formate 98% is calcium salt of formic acid which is also known as E238. It is stable at room temperature. It is highly inflammable and forms orthorhombic crystals. Chemical Appearance Calcium Formate 98% has the appearance of white crystals or crystalline powder. It smells slightly like acetic acid. It is soluble in water and insoluble in ethanol and methanol. Chemical Applications and Strengths Calcium Formate 98% is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Calcium Formate 98% is used as an animal feed preservative. It acidifies the feed and by doing so, it prevents the growth of microbes and increases the shelf life of the feed. It prevents the growth of bacteria and fungi.

Calcium Chloride 94% is an ionic compound of calcium and chlorine. It can be produced either directly from limestone or as a by product of the Solvay process. It is hygroscopic in nature and behaves as a typical ionic halide. Chemical Appearance Calcium Chloride 94% is a crystalline white solid salt at room temperature. It is highly soluble in water and is deliquescent. Chemical Applications and Strengths Calcium Chloride 94%is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Calcium Chloride 94% is used in the petroleum industry it is used in oil field drilling and to stabilise mud layer. It is also used as a lubricant to lubricate the drill. It is used in making the hole plug and fixing the oil well too. In water treatment Calcium Chloride is very useful because calcium ions precipitate most anions and chloride ions precipitate cations. They can also oxidise ions and this helps purify wastewater.

Calcium Carbonate 99% is a chemical compound having the formula CaCO3. It is commonly found in rocks as the minerals calcite and aragonite. It is a very popular mineral in the earth. Chemical Appearance Calcium Carbonate 99% has the appearance of a fine super white powder. It is odourless. It has chalky taste. Calcium Carbonate is poorly soluble in pure water. Chemical Applications and Strengths Calcium Carbonate 99% is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Calcium Carbonate 99% is mainly used in the construction industry. It is used as a building material. It is used as a limestone aggregate for the building of roads. It is used as an essential ingredient of cement.

Calcium Carbide in its pure form is colourless but its technical grade pieces are grey or brown in colour. They consist of approximately 80-85% Calcium Carbide, the rest is calcium oxide, calcium phosphide, calcium sulfide, and calcium nitride etc. Calcium Carbide emits an unpleasant garlic like odour in the presence of moisture. It reacts violently with water. Chemical Applications and Strengths Calcium Carbide is an extremely efficient chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Primarily, Calcium Carbide is used for the production of acetylene and calcium hydroxide. The reaction of Calcium Carbide with water results in the formation of these two. Acetylene made from Calcium Carbide is used for the production of polyvinyl chloride. Calcium Carbide is also used for the production of calcium cyanamide. For this, Calcium Carbide is reacted with nitrogen at high temperature.

Antimonium Tartrate Potassium is a chemical majorly used in healthcare and medicine. It is used as an emetic substance to induce vomiting or cause nausea. It is also helpful in the treatment of leishmaniasis and schistosomiasis. The chemical substance is produced by the reaction of Antimony trioxide and potassium hydrogen tartrate. The chemical formula of the compound is K2Sb2(C4H2O6)2 · 3 H2O. Chemical Appearance Antimonium Tartrate Potassium is a white crystalline powder. The chemical is odorless and may sometimes be colorless. It is majorly produced in the hydrate form. It is mildly soluble in water with a solubility of 8.3 g/100 mL(0 °C) and 35.9 g/100 mL (100 °C). It is toxic if swallowed but non-toxic to the human skin. Chemical Applications and Strengths Antimonium Tartrate Potassium is a unique chemical with limited functions. It is used in the fabrics and leather-making industries. It also finds application in healthcare.

Ammonium Sulfate is an inorganic salt. It is a very useful compound which is made by treating ammonia with sulfuric acid. Its chemical formula is (NH4)2SO4. Chemical Appearance Ammonium Sulfate has the appearance of fine white granules or crystals. It is hygroscopic in nature. Chemical Applications and Strengths Ammonium Sulfate is an extremely efficient chemical compound and therefore, has many commercial applications. Its main applications and strengths are: Ammonium Sulfate is most popularly used in fertilisers for alkaline soils. It helps lower the pH balance of soil and adds much needed nitrogen for plant growth. It is used as an agricultural spray for water soluble insecticides, herbicides, and fungicides. In these it binds calcium and iron cations. It is used in a protein purification method by precipitation. It is used in a method called salting out for the purification of compounds.

Ammonium Persulfate has the appearance of a white crystalline solid. It is highly soluble in water. Chemical Applications and Strengths Ammonium Persulfate is an extremely useful chemical compound and therefore, has many industrial applications. Its main applications and strengths are: Ammonium Persulfate is most commonly used as an oxidising agent and a source of radicals. It is a strong oxidising agent that is used in polymer chemistry as an etchant. It is used as a cleaning and bleaching agent. It is used as a radical initiator in the polymerisation of specific alkenes. Important polymers prepared with this include styrene butadiene rubber and polytetrafluoroethylene. Because of its strong oxidising properties it is used to etch copper on printed circuit boards as a ferric chloride solution alternative.

Acetic Acid is an organic compound. It is classified as a carboxylic acid and is the second simplest carboxylic acid. It is a very useful chemical compound that is produced synthetically as well as by bacterial fermentation. Synthetically it is made by the carbonylation of methanol. Its chemical formula is C2H4O2. Chemical Appearance Acetic Acid has the appearance of a clear and colourless liquid. It has a strong vinegar like odour. It is miscible in water. It corrodes metals and tissue. It is slightly heavier than water. Chemical Applications and Strengths Acetic Acid or Ethanoic Acid is a very useful chemical substance and hence, has many industrial applications. Its major applications and strengths are:

Chemical appearance: The chemical appears as some translucent flakes, granules or powder. It tends to cake when exposed to an atmosphere will high concentrations of moisture or when water is poured on it. It is highly water soluble and not toxic to the users. Chemical application and strengths: The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India. It is also used as a firming industry in the human food industry, especially for starch. It commonly called E520. The same substance is also used in animal feeds to deal with bacteria that may be lurking around. In addition, it is used a deodorant and a septic for use in small superficial wounds.

Chemical appearance: The chemical appears as some translucent flakes, granules or powder. It tends to cake when exposed to an atmosphere will high concentrations of moisture or when water is poured on it. It is highly water soluble and not toxic to the users. Chemical application and strengths: The substance is not reactive with most of the naturally occurring elements. However, it reacts with sodium bicarbonate to form a thick blanket of carbon dioxide. A foam stabilizer is added to the reaction to create a viable carbon dioxide layer that can effectively lock out oxygen from the burning material. This is the most common substance in many fire extinguishers used in Japan and India. It is also used as a firming industry in the human food industry, especially for starch. It commonly called E520.

Chemical appearance: Ferric alum appears as a white powder or crystalline. The crystalline and powder forms of the substance are soluble in water. However, it is not soluble in organic solvent such as ethanol. When in water, the solution appears clears and does not form a residue. Both of them are not toxic and do not catch flames. However, it can present an environmental hazard if spread in a large area. Chemical application and strengths: The compound contains trace amount of iron and lead and has a PH value of about 3.5. It can absorb water from the atmosphere; therefore, it should always be stored away from measures under a closed container. It should also be kept away from materials that may oxidize and lead to a darker color. Given that Ferric alum is powder that does not burn when it is exposed to fire, it is commonly used in firefighting foams.

Chemical appearance: Ferric alum appears as a white powder or crystalline. The crystalline and powder forms of the substance are soluble in water. However, it is not soluble in organic solvent such as ethanol. When in water, the solution appears clears and does not form a residue. Both of them are not toxic and do not catch flames. However, it can present an environmental hazard if spread in a large area. Chemical application and strengths: The compound contains trace amount of iron and lead and has a PH value of about 3.5. It can absorb water from the atmosphere; therefore, it should always be stored away from measures under a closed container. It should also be kept away from materials that may oxidize and lead to a darker color. Given that Ferric alum is powder that does not burn when it is exposed to fire, it is commonly used in firefighting foams.

Chemical appearance: Ferric alum appears as a white powder or crystalline. The crystalline and powder forms of the substance are soluble in water. However, it is not soluble in organic solvent such as ethanol. When in water, the solution appears clears and does not form a residue. Both of them are not toxic and do not catch flames. However, it can present an environmental hazard if spread in a large area. Chemical application and strengths: The compound contains trace amount of iron and lead and has a PH value of about 3.5. It can absorb water from the atmosphere; therefore, it should always be stored away from measures under a closed container. It should also be kept away from materials that may oxidize and lead to a darker color. Given that Ferric alum is powder that does not burn when it is exposed to fire, it is commonly used in firefighting foams.

Chemical appearance: Polyaluminium Chloride is a yellow or light-yellow powder. It is tasteless, harmless and non-toxic when in contact with humans or aquatic life. The substance dissolves in water with ease and can even absorb water from the atmosphere. Chemical application and strengths: The chloride contains a combination of positively charged hydroxyl aluminum cations with a strong basicity. This characteristic enables it to be used a strong coagulant for several processes across various industries. PAC works both as organic and inorganic flocculant. This characteristic allows it to be used both in the industrial coagulation and the treatment of raw sewerage. In both cases, the aluminum cations in the solution combines with the negative ions of other elements in the mix to form insoluble compounds that can be filtered away or let to sediment for the ease of collection.

Chemical appearance: Polyaluminium Chloride is a yellow or light-yellow powder. It is tasteless, harmless and non-toxic when in contact with humans or aquatic life. The substance dissolves in water with ease and can even absorb water from the atmosphere. Chemical application and strengths: The chloride contains a combination of positively charged hydroxyl aluminum cations with a strong basicity. This characteristic enables it to be used a strong coagulant for several processes across various industries. PAC works both as organic and inorganic flocculant. This characteristic allows it to be used both in the industrial coagulation and the treatment of raw sewerage. In both cases, the aluminum cations in the solution combines with the negative ions of other elements in the mix to form insoluble compounds that can be filtered away or let to sediment for the ease of collection.

Chemical appearance: The substance has a yellow transparent appearance. It comes in both anhydrous and Pentahydrate forms. It has sweet smell with a slight feel of chlorine gas. PS: Sodium Hypochlorite loses potency over long distances. Therefore confirm estimated percentage on arrival before purchase Chemical application and strengths: The anhydrous sodium hypochlorite is high unstable and discomposes in an explosion. For this reason, the salt is commonly sold in the pentahydrate form which is less dangerous. Nevertheless, the pentahydrate reacts with various metals such as zinc to create a hydroxide. It also reacts with carbon dioxide in the water to form sodium carbonate. It also reacts with various nitrogen compound to form volatile nitrogen compounds.

Chemical appearance: The chemical appears as a white or light grey powder, tablets, granules or a mixed powder. It reacts in both water and alcohol with some level of solubility. It does not have any strong odors. In addition, it melts around 100 degrees Celsius into an aqueous form. Chemical application and strengths: Calcium hypochlorite is a common compound used for disinfecting drinking water. The product is usually sold with purity levels of about 65% and used as such in small quantities. It is also used for the sanitization of public swimming pools. In this case, it is mixed with other chemicals. However, it is not used together with chlorine as these two substances are highly reactive when combined. It is used as an alternative to sodium hypochlorite which is the most widely used chemical for sanitization. The salt is also used to enhance the haloform reaction during the production of chloroform.

Chemical Formula: Calcium Hypochlorite is represented by the chemical formula Ca(ClO)₂. Composition: It is composed of calcium, chlorine, and oxygen atoms. The calcium ion (Ca²⁺) is bonded to two hypochlorite ions (ClO⁻), resulting in a stable compound. Appearance: Calcium Hypochlorite 70% (Sodium Process) typically appears as white or light-gray granules or powder. Available Chlorine Content: This specific type of Calcium Hypochlorite contains a minimum of 70% available chlorine. Available chlorine refers to the amount of chlorine in the compound that can be released for disinfection and oxidation purposes. Moisture Content: It contains between 5.5% to 10% moisture. Moisture content is an important parameter, as excessive moisture can affect the stability and effectiveness of the chemical. Insolubility: The maximum allowable insolubility in Calcium Hypochlorite 70% is 3.0%. Insolubility refers to the portion of the compound that does not dissolve in water.

Chemical appearance: The calcium-based salt appears as while or light gray granules. It is also manufactured in 20g and 200g table. It does not have and disincentive smell. It is soluble in water in which it decomposes. This characteristic is used in various processes as explained below. Chemical application and strengths: The main application of calcium hypochlorite is the disinfection of water. It is widely used in two main ways; to disinfect swimming pool and disinfect drinking water. This compound has little residue as it is highly soluble in water. When used to disinfect the swimming pool water, it is usually mixed with other chemicals that have low chlorine content to prevent reaction with choline. It is a highly effective in helping get chemical compounds and pungent smell in swimming pools due its high chlorine content.

45*45 VILLAGE GREEN

Our thermally insulated halls are the highest quality solution and offer the best protection for sensitive goods. Thanks to all-round high insulation by means of sandwich elements, these lightweight halls can be used in all areas. The areas of application of our thermally insulated halls: - Storage for sensitive goods - protected parking and storage space - Assembly and commissioning for goods of all kinds - Maintenance and repair - Production and workshop - Sales and exhibition areas Benefit from the excellent heat-insulating and low-maintenance properties of full cladding made of sandwich elements. They consist of two outer shells made of steel and a foam core made of polyurethane or mineral wool, thus ensuring optimum insulation. This means that the energy required to heat the industrial hall can be significantly reduced. As a positive side effect, appropriate noise protection is generated at the same time.

Silicon Nitride Ceramic Balls are widely used on bearings with extreme performance requirements, such as: High-speed bearings, high precision bearings, vacuum bearing, high / low-temperature bearing, non-magnetic bearing, high precision ball screw; it is also used as valve ball, measuring ball for the chemical pump, heat pumps, metering pumps. Its excellent properties including: Good corrosion resistance withstands attacks from harsh chemicals and environments. High-Temperature Hardness is twice that of steel, Silicon nitride ceramic balls retain their strength and hardness up to 1800 degrees F.Lightweight, silicon nitride ceramic balls’ density is 3.20g/cm3 and weighs 45% less than steel which reduces centrifugal force, skidding and wear under high speed and acceleration, so greatly extending the service life. Superior Surface Finish is conducive to improving working speed and reach higher accuracy.

Machinable Glass Ceramic Square Ring： Machinable Glass Ceramic has a continuous use temperature of 800oC and a peak temperature of 1000oC. Its coefficient of thermal expansion readily matches most metals and sealing glasses.It processes good machinability and can be lathed, milled, planed,ground, bored, incised and threaded. It also has the advantages of insulation, pore-free, high/low-temperature resistant, acid and alkali resistant and thermal impact resistant. Macor Ceramic Square Ring Features: 1.High Dielectric Strength, Excellent Insulation 2.Good Machinability, Machinable With Ordinary Metal Tools And Fast Turnaround 3.High Precision, Hold High Tolerance 4.Excellent Acid And Alkali Resistance 5.No Outgasing And Zero Porosity 6.Withstand High Temperature Up To 800℃ Machinable Glass Ceramic Square Ring Applications： 1.high strength and high tenacity product, magnetic material, piezoelectric ceramic, dielectric ceramics

Zirconia (ZrO2) Ceramics have the highest toughness and strength at room temperature of all the advanced ceramic materials. At present, it has been widely used in grinding balls, dispersion and grinding media, nozzles, ball valve seats, zirconia molds, micro fan shafts, optical fiber pins, optical fiber sleeves, drawing dies and cutting tools, wear-resistant knives, and other room-temperature resistant Grinding parts and so on. Zirconia is widely used in the fields of the thermal barrier layer, catalyst body, medical treatment, health care, textile, and so on. This dense advanced ceramics material is usually precision ground using conventional diamond cutters and wheels. Machines used for precision grinding include: Surface grinders CNC milling machines Jig grinders Centerless grinders CNC lathes ID grinders

Ceramic crucible is the use of high purity powder, trace elements added, from the phase structure and microstructure of modified production.A smelting vessel. Products are aluminum oxide crucible and fully stabilized zirconia porous crucible, the former is mainly used for smelting and laboratory Firing other high melting point material, which is mainly used for the melting temperature with Pt,Rh, Au and other precious metal. Series: •Alumina ceramic crucible •Zirconia ceramic crucible •Conical or curved alumina ceramic crucibles •Cylindrical alumina ceramic crucibles •Rectangular crucibles •Special shaped crucibles •Alumina saggers Alumina ceramic crucible specifications: 5ml 10ml 15ml 20ml 25ml 30ml 50ml 100ml 150ml 200ml 250ml

We processed 1000 tons of steel for our project, which will cover an area of ​​16.800m². We prepared the parts of our work, in which each stage was developed in detail and meticulously, for assembly, and transferred them from Turkey to Northern Iraq without any problems.

There are 66 thousand bolt entries in our project, which is 40 meters high, where we manufacture 700 tons of steel and where we create each piece unique from the other. Our work, which we are happy to process parts of a whole, was used as a Solid Waste Facility after assembly.