ACID RESISTANT

Acid resistant bricks are an excellent choice for building a property in a safe and cost-effective manner. The bricks are built of unique clay that is far more acid resistant than conventional bricks. The major advantage of acid resistant bricks is that they are significantly less expensive than ordinary bricks.

We provide a variety of compelling ACID-RESISTANT refractories for your consideration. All materials are also entirely customizable to your needs, allowing you to design the ideal refractory to meet your specific preferences.

MASTIC

Concrete and ordinary redbrick masonry with cement plastered surface are basic methods for construction of floors, foundations, tanks, sumps manholes etc. These can be attacked by corrosive environment, spillages of acids and alkalis and other chemicals handled in modern chemical industries. To protect civil structure of plants and buildings from corrosive attack, acid resisting brick lining is most communally used method. Mastic compound is used as an inter-liner with acid resisting brick lining. It can also applied as open mastic flooring for heavy-duty flooring.

HTR BRICK

We offer premium quality acid resistant bricks Red – Shale , tiles and special shapes. We also offer customized sizes as per clients’ requirements. Our acid bricks comply with ASTM C279 Type-III, ASTM C410 Type H, L, and Indian Standard 4860 – 1982 Class-I for all applications where low absorption and high acid resistance is required.

HTR BRICK RED

We offer premium quality acid resistant bricks Red – Shale , tiles and special shapes. We also offer customized sizes as per clients’ requirements. Our acid bricks comply with ASTM C279 Type-III, ASTM C410 Type H, L, and Indian Standard 4860 – 1982 Class-I for all applications where low absorption and high acid resistance is required.

ACID / ALKALI RESISTANT TILES / BRICKS

Our Acid proof tiles, Acid alkali resistant tiles, Chemical resistant tiles are fully vitrified tiles which are manufactured using special non ferrous clay, processed at extremely high temperatures this process causes the raw materials to fuse and form a compact mass with an extremely low water absorption of less than 0.5% resulting in the formation of a very strong body with a flexural strength of 38 N/mm2, solid through color fade proof with a very hard surface Mohs hardness of 7.