Supplier of chemical and catalyst
Producer of all kind of insulating & refractory fire bricks
Design, consulting and implementation of different industrial firing kilns
Amol Carborundom Company with a history of more than 30 years in the field of production of refractory materials, is one of the most successful manufacturers of this type of products in Iran. Refractories are materials that are highly resistant to high temperatures. This company has been able to produce a variety of refractory products, which we have provided a complete list below.
Amol Carborundom Company is a manufacturer of refractory products in Mazandaran. The factory of this company is located in Amol city in the green province of Mazandaran. This group has experienced staff in the field of production of this type of products, refractory consulting, refractory execution consulting, design and refractory heating of thermal furnaces according to customers’ requests. Lightweight refractory bricks, heavy refractory bricks, fiber ceramics, refractory ceramic parts are just a few of the items that the company has experience producing.
As mentioned, Amol Carborundom Company has more than three decades of experience in selling refractory products in its portfolio. During these three decades, the company has succeeded in concluding more than thirty refractory contracts with large companies. Quality is a priority for this company.
Calcium Silicate Insulation Calcium Silicate boards are widely used to insulate roofs and walls of buildings, and their salient features include: fireproof, waterproof, moisture resistant and sound insulation. Amol
Ceramic blankets Amol Carborundom Company provides high temperature ceramic blankets for a variety of activities that require thermal management and fire protection. This type of
Ammonium persulfate Ammonium persulfate with the chemical formula (NH 4 ) 2 S 2 O 8 is a mineral compound with a molar mass of 228 ٫ 18. It is used as an oxidizing agent in polymer chemistry,
Activated Alumina Activated Alumina is obtained from the dehydroxylation of Al (OH) 3 aluminum hydroxide . In this way, materials with very high porosity will be produced. The formed material can have a
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