Fire Brick Engineers
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Fire Brick Engineers
The restricted materials are hazardous to the environment and pollute landfills, and are dangerous in terms of occupational exposure during manufacturing and disposal. At Fire Brick Engineers, we take our certifications seriously, from our ISO9001 certification to our RoHS compliant manufacturing facility, we pride ourselves on taking a vested interest in our clients and delivering high quality products and services while being environmentally conscious.

REACH is a regulation of the European Union, adopted to improve the protection of human health and the environment from the risks that can be posed by chemicals, while enhancing the competitiveness of the EU chemicals industry. REACH stands for Registration, Evaluation, Authorisation and Restriction of Chemicals. When you need outstanding insulating properties at elevated temperatures plus low biopersistence, there's only one answer: Superwool.

We take on the refractory industry's toughest challenges. From high-temperature insulation applications, shotcrete refractory, ceramics and vacuum-formed shapes of ceramic fiber to custom cast refractory shapes, high-temperature gaskets, induction furnace tops and bottoms and induction furnace coil repair, we can handle it.
Services
Fire Brick Engineers is your single-source provider for all high-temperature applications.
Serving the industry since 1935, we have over 75 years of experience providing superior sales and service for a wide range of products for all of your refractory needs.
We have partnered with industry-leading refractory material manufacturers to service all high-temperature industries.
Ferrous and non-ferrous foundry markets, heat-treating operations, boiler makers and OEM appliance manufacturers can benefit from Fire Brick Engineers' complete lineup of products and services.
Each cement in the group is tailored to accommodate specific conditions for melting furnaces, kilns and chemical process equipment applications.
Dry cements are predominantly used for induction furnaces but may also be used for reverberatory furnaces, forehearths, ladles, etc.
Refractory insulation encompasses a wide variety of materials, formats and applications that protect your heat containment structure when exposed to temperatures from 500° to 3000°F.
Monolithic refractories are used to advantage over brick construction in various types of furnaces.
Dry cements are predominantly used for induction furnaces but may also be used for reverberatory furnaces, forehearths, ladles, etc. Various formulations are available to accommodate both ferrous and non-ferrous alloys but all vibration cements may be installed using the same basic techniques.
All dry vibration mixes are supplied in polyethylene lined bags or bulk stacks so that the material can be readily delivered into the working area.
Compaction of the cement powder is accomplished using a hand-held main frequency tamper such as the Bosch type 18900 vibrating rammer.
Refractory insulation encompasses a wide variety of materials, formats and applications that protect your heat containment structure when exposed to temperatures from 500° to 3000°F.
It includes products such as Superwool and Refractory Ceramic Fiber which are available in a wide array of formats.
Fiberglass or Silica glass insulation in rigid and semi-rigid board form in nominal densities from 3-12 lb/cu.
Mineralwool consists of high temperature mineral fibers bonded together with a special combination of organic and inorganic binders.
Monolithic refractories are used to advantage over brick construction in various types of furnaces.
Their use promotes quick installation, avoiding delays for the manufacture of special brick shapes.
Using monolithics frequently eliminates difficult bricklaying tasks, which may be accompanied by weakness in construction.
They are of major importance in the maintenance of furnaces because substantial repairs can be made with a minimum loss of time and, in some cases, even during operations.
Under certain conditions, monolithic linings of the same chemical composition as firebrick provide better insulation, lower permeability, and improved resistance to the spalling effects of thermal shock.
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