JM firericks are made from high purity refractory clays, with graduated additions of alumina for the higher temperature products and a carefully graded organic filler, which burns out during manufacture to give a uniform, controlled pore structure. These bricks give good thermal insulation, enabling the use of thin walled construction. Due to their light weight and low thermal conductivity, JM bricks absorb minimal heat, giving significant energy savings. The very low iron and alkali flux content confers good refractoriness and the high alumina content contributes to their stability in reducing atmosphere.

Superwool 607 has excellent thermal insulation characteristics and exceptional handling properties. For use up to 1100°C.
Features include:
• Good resistance to tearing
• High flexibility
• Low shot content
• Precise thickness
• Smooth on both sides
• Resistant to thermal shock
• Very low thermal conductivity
• Non-carcinogenic

Fiberfrax papers are manufactured using non-woven technology and offer exceptional insulating performance and flexibility. For use up to 1250°C.
Features include:
• High temperature stability (up to 1250°C)
• Low heat storage
• Lightweight
• Resilience
• Thermal shock resistance
• Flexibility in use
• Easy to wrap, shape and cut.

Superwool 607 Max blankets offer excellent thermal stability and retain their original fibrous structure up to maximum temperature. For use up to 1200°C.
Features include:
• Excellent thermal insulating performance
• Free of binder and lubricant
• Thermal stability
• Low heat storage
• Good resistance to tearing
• Flexible and resilient
• Immune to thermal shock
• Non-carcinogenic

Superwool 607 Max blankets offer excellent thermal stability and retain their original fibrous structure up to maximum temperature. For use up to 1200°C.
Features include:
• Excellent thermal insulating performance
• Free of binder and lubricant
• Thermal stability
• Low heat storage
• Good resistance to tearing
• Flexible and resilient
• Immune to thermal shock
• Non-carcinogenic

An inorganic liquid hardening agent for ceramic fibre blanket and board.  It produces a hard surface finish with increased resistance to mechanical abrasion and to gas flow erosion.  Hardener is normally used diluted 50-50 with water and can be applied by brushing, spraying or dipping.  

A versatile ready mixed mortar, suitable for setting and coating applications up to a service temperature at 1700°C.  It is air setting and has excellent adhesion to firebricks and ceramic fibre products.