1000 Series

Belzona 1111 (Super Metal)

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Engineering grade repair system


A two component, paste grade materials for the repair, rebuilding and bonding of metallic surface, based on solvent free polymeric resin reinforced with silicon steel alloy. This multi-purpose composite will not corrode and resists a wide range of chemicals. It is easy to mix and apply without the need of specialist tools and can be machined using conventional tools.

Belzona 1121 (Super XL-Metal)

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Repair system with extended working life


A two-component, paste grade materials for the repair, rebuilding and bonding of metallic surfaces when extended working life is required. This system is ideal for large applications where greater volumes of material are required or to provide adequate working time at higher temperatures.

Belzona 1131 (Bearing Metal)

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Self-lubricated repair system


A two-component, paste grade repair system with self-lubricating properties used to create low friction surfaces subject to intermittent contact and where specific loads are low. This repair material has a unique micro-porous structure which allows it to trap and hold lubricating oil, minimizing friction at start-up and improving the efficiency of mechanical equipment.

Belzona 1151 (Smoothing Metal)

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Repair system for shallow rebuilding


A two-component, semi-paste grade material based on a silicon steel alloy blended with molecular weight reactive polymers and oligomers. The system is designed for rebuilding shallow pitting in metal substrates up to 6mm (1/4 inch) deep, quickly rebuilding large areas.

Belzona 1161 (Super UW-Metal)

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Water and oil tolerant metal repair system


A two-component, paste grade system for repair and rebuilding applications based on a silicon steel alloy blended with high molecular weight water tolerant reactive polymers and oligomers. This material is specifically designed for application to wet, oily and manually prepared surfaces.

Belzona 1212

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Rapid curing surface tolerant repair system


A two-component, fast curing, surface tolerant, paste grade material engineered specifically for in-situ repair and rebuilding of wet, oil contaminated and underwater surfaces. This multi-purpose material exhibits rapid cure and excellent adhesion to manually prepared substrates, where grit blasting cannot be achieved.

Belzona 1221 (Super E-Metal)

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Extra rapid curing repair system


A two-component repair material consisting of base and solidifier packaged in sealed metallic sachets. This composite system is based on a silicon steel alloy blended with high molecular weight polymers and oligomers, and is designed for high speed emergency repairs.

Belzona 1251 (HA-Metal)

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Heat activated repair system


A single component, paste grade system based on a silicon steel alloy blended with a heat activated resin. Designed to repair and protect metal surfaces suffering from corrosion under insulation (CUI), this material can be applied directly, onto hot surfaces with minimal surfaces with minimal surface preparation.

Belzona 1311 (Ceramic R-Metal)

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Repair system for erosion-corrosion damage


A two-component, paste grade material based on a silicon-steel alloy and ceramic particles blended with high molecular weight reactivate polymers and oligomers. The system is designed for rebuilding metals and offers protection against the effect of erosion-corrosion.

Belzona 1321 (Ceramic S-Metal)

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Erosion-corrosion resistant ceramic coating


A two-component, ceramic filled coating system offering excellent erosion-corrosion protection and resistant to a broad range of aqueous solutions, hydrocarbons and process chemicals. This coating is designed to operate under continuous immersion at operating temperatures up to 600C (1400F).

Belzona 1331

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Erosion/corrosion resistant coating


A two-component coating system for erosion-corrosion protection of equipment operating under continuous immersion at temperatures up to 500C (1220F). This next generation coating offers excellent erosion resistance combined with negligible wear to spray equipment. It is suitable for one or two coat application and can be used to achieve high-build films in one coat without sagging.

Belzona 1341 (Supermetalglide)

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Erosion-corrosion resistant coating for efficiency enhancement


A two-component coating system designed to improve the efficiency of fluid handling equipment and to protect metals from the effects of erosion-corrosion. This hydrophobic coating has proven to provide efficiency increase of up to 7% on new equipment and up to 20% on refurbished equipment.

Belzona 1341N (Supermetalglide)

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Erosion-corrosion resistant coating for efficiency enhancement


A drinking water certified two-component coating system designed to improve the efficiency of fluid handling equipment and to protect metals from the effects of erosion-corrosion. This hydrophobic coating has proven to provide efficiency increases of up 7% on new equipment and up to 20% on refurbished equipment.

Belzona 1381

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Erosion-corrosion resistant sprayable coating


A two-component coating system for erosion-corrosion protection of equipment operating under continuous immersion at temperatures up to 900C (2030F). This next generation coating offers excellent erosion resistance combined with negligible wear to spray equipment. It is suitable for one or two coat application and can be used to achieve high-build films in one coat without sagging.

Belzona 1391 (Ceramic HT)

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High temperature protective coating


A two-component, high temperature coating system designed to operate under continuous immersion at operating temperatures up to 1200C (2480F). This coating exhibits excellent erosion-corrosion protection at elevated temperatures and resists a broad range of aqueous solutions, hydrocarbons and process chemicals.

Belzona 1391S

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Spray applied high temperature coating


A two-component, spray applied, high temperature coating system designed to operate under continuous immersion at operating temperatures up to 1100C(2300F). This coating exhibits excellent erosion-corrosion protection at elevated temperatures and resists a broad range of aqueous solutions, hydrocarbons and process chemicals.

Belzona 1391T

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Hand applied high temperature coating


A two-component, hand applied, high temperature coating system designed to operate under continuous immersion at operating temperatures up to 1300C (2660F). This coating exhibits excellent erosion-corrosion protection at elevated temperatures and resists a broad range of aqueous solutions, hydrocarbons and process chemicals.

Belzona 1392(Ceramic HT2

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High temperature coating for acid contaminated systems


 A two-component, high temperature coating system resistant to water, aqueous solutions and hydrocarbons up to 1200C(2480F). This coating is specially designed to provide erosion-corrosion protection in acid contaminated water/hydrocarbon systems.

Belzona 1511 (Super HT-Metal)

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High temperature repair and rebuilding system


A two-component, high temperature paste grade system for rebuilding metals damaged by erosion-corrosion. When cured, the material is durable yet fully machinable and it has been specifically designed for use with Belzona high temperature coatings.

Belzona 1523

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Spray applied coating system for high temperature equipment


A two-component high temperature coating suitable for continuous immersion in aqueous/hydrocarbon systems up to 1400C (2840F), offering excellent corrosion protection and resistance to a wide range of chemicals.

Belzona 1593

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Hand applied coating system for high temperature equipment


A two-component high temperature coating suitable for continuous immersion in aqueous/hydrocarbon system up to 1600(3200F), offering excellent corrosion protection and resistance to a wide range of chemicals.

Belzona 1811 (Ceramic Carbide)

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Protective lining for sliding abrasion


A two-component lining for the repair and protection of surfaces suffering from sliding abrasion. This highly abrasion resistant material is based on high molecular weight polymers and oligomers incorporating abrasion resistant ceramic aggregates. It can be applied from 6mm (1/4 inch) to unlimited thickness onto horizontal or vertical surfaces.

Belzona 1812 (Ceramic Carbide FP)

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Protective lining for fine particle abrasion


A two-component lining system for the repair and protection of surfaces suffering from fine particle abrasive attack. This highly abrasion resistant material is based on high molecular weight polymers and oligomers incorporating abrasion resistant ceramic aggregates. It can be applied from 3mm (1/8 inch) to unlimited thickness onto horizontal or vertical surfaces

Belzona 1813

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High temperature protective lining for abrasive attack


A two-component lining for the repair and protection of equipment operating at temperatures up to 2000C (3920F) suffering from 3mm (3920F) suffering from abrasion. This highly abrasion resistant material is based on high molecular weight polymers and oligomers incorporating abrasion resistant ceramic aggregates. It can be applied from 3mm (1/8 inch) to unlimited thickness onto horizontal or vertical surfaces.

Belzona 1821 (Fluid Metal)

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Fluid grade repair system for creating grip surfaces


A two-component, fluid grade material designed to create positive grip surfaces on machinery and equipment when used to bond a Belzona Supergrip or Surefoot aggregate to the surface. This material is also used for casting components where machining is required.

Belzona 1981 (SuperWrap II)

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Low temperature, ISO/ASME compliant composite repair system


A low temperature, fast curing resin for use with Belzona 9381 reinforcing fabric to perform a composite repair compliant to ISO 24817 and ASME  PCC2 Article 4.1. The system can be applied at a minimum temperature of up to 50C (410F) and has a maximum service temperature of up to 600C (1400F). It is suitable for thin-wall and through-wall defects on Class 1 water systems, Cass 2 safety critical systems, Class 3 hydrocarbon systems and storage tank walls.

Belzona 1982 (SuperWrap II)

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Long working life, ISO/ASME complieant composite repair system


A long working life resin for use with Belzona 9381 reinforcing fabric to perform a composite repair compliant to ISO 24817 and ASME PCC2 Article 4.1. The system can be applied at a minimum temperature of 200C (680F) and has a maximum service temperature of up to 800C (1760F). It is suitable for thin-wall and through-wall defects on Class 1 Water systems, Class 2 safety critical systems, Class 3 hydrocarbon systems and storage tank walls.

Belzona 1983 (SuperWrap II)

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High temperature, ISO/ASME compliant composite repair system


High temperature resin for use with Belzona 9381 reinforcing fabric to perform a composite repair compliant to ISO 24817 and ASME PCC2 Article 4.1. The system can be applied at a minimum temperature of 200C (680F) and has a maximum service temperature of up to 1500C (3020F). It is suitable for thin-wall and through-wall defects on Class 1 water systems, Class 2 safety critical systems, Class 3 hydrocarbon systems and storage tank walls.