Keramax

KERAMAX is one of the largest manufacturers of welding products in Russia. Reliability, durability and safety of buildings cannot be imagined without high-quality welded joints. Keramax technologies have a rich experience of application during welding of particularly critical structures at various stages of construction and have proven themselves excellently in the construction of significant infrastructure facilities and grandiose buildings.

LLC "KERAMAX" was formed in May 2018 as a separate company on the basis of the existing since 1956. workshops for the production of fused fluxes in Chelyabinsk.

Currently, KERAMAX is one of the largest manufacturers of welding products in Russia, including ceramic flux, wire and electrodes.

• Extensive geography of supplies: >20 regions of Russia.
• Retail chain of welding products stores "Keramax – professional welding solutions".
• Setting up welding processes at turnkey enterprises.
• Operational repair service for legal entities and individuals.
• Surfacing of various-sized worn-out assemblies and parts.
• Conducting expert research in the field of welding.

To date, LLC "KERAMAKS" is the largest Russian manufacturer of high-quality welding products used in the welding process of particularly critical products in such sectors of the economy as:

• Industrial and civil construction
• Military – industrial complex        
• Oil and gas industry enterprises
  
• Shipbuilding 
• Transport engineering
• Metallurgical industry and production of metal structures, etc.

At the moment, the production of 7 brands of ceramic flux of the CERAMAX brand, certified by NAKS, has been mastered.
	Solid-section welding wire is used for semi-automatic and automatic welding, as well as for the manufacture of electrodes and filler rods. The wire of LLC "KERAMAKS" is made of structural carbon steel. Production is regulated by GOST 7305-91. Technical requirements imposed by the OTC of the enterprise to the final product.
According to GOST 9466-75 , electrodes for welding and surfacing of steels , depending on the purpose , are divided into classes: for welding carbon and low-alloy structural steels with σin 600 MPa - Y (symbol); For welding alloyed structural steels with σ in 600 MPa - L; for welding heat-resistant steels - T; for welding high-alloy steels with special properties - B; for surfacing surface layers with special properties - N.