POXYPASTE – Ceramic lining is a 100% solids modified epoxy resin system containing sapphire hard alumina ceramic beads to withstand severe cavitation, tough abrasion and moderate impact
DESCRIPTION
POXYPASTE – BBS101 is a 100% solids modified epoxy resin system containing sapphire hard fused alumina ceramic beads to withstand severe cavitation, tough abrasion and moderate impact.
APPLICATION
POXYPASTE – BBS101is applied to the prepared surface with a trowel or by hand at the required thickness, from 3mm upwards, depending upon the application.
SURFACE PREPARATION
A properly prepared surface is important to the end result and lasting durability of POXYPASTE – BBS101.Steel surfaces should be dry grit blasted to SA 2.5 with blast profile between 50-70 microns to leave the surface free of oil and grease contamination. In cold conditions it is recommended to warm the substrate to 20-35oC.
TYPICAL APPLICATION
Lining of:
THEORETICAL COVERAGE
12kg Kit covers 1m² at 5mm thick Curing Time 4 hours 25⁰C
KIT SIZE: 12KG
DESCRIPTION
POXYPASTE – WCS102 is a 100% solids modified epoxy resin system formulated to withstand severe cavitation, tough abrasion and moderate impact.
APPLICATION
POXYPASTE – WCS102 is applied to the prepared surface with a trowel or by hand at the required thickness, from 3mm upwards, depending upon the application
SURFACE PREPARATION
A properly prepared surface is important to the end result and lasting durability of POXYPASTE – WCS102. Steel surfaces should be dry grit blasted to SA 2.5 with blast profile between 50-70 microns to leave the surface free of oil and grease contamination. In cold conditions, it is recommended to warm the substrate to 20-35oC
TYPICAL APPLICATION
Lining of:
THEORETICAL COVERAGE
12kg Kit covers 1m² at 5mm thick Curing Time 4 Hours @25⁰C
KIT SIZE: 12KG
DESCRIPTION
POXYPASTE – FCS104 is a 100% solids modified epoxy resin system containing sapphire hard alumina ceramic beads to withstand severe cavitation, tough abrasion and moderate impact. Suitable for emergency repairs.
APPLICATION
POXYPASTE – FCS104 is applied to the prepared surface with a trowel or by hand at the required thickness, from 3mm upwards, depending upon the application.
SURFACE PREPARATION
A properly prepared surface is important to the end result and lasting durability of POXYPASTE – FCS104. Steel surfaces should be dry grit blasted to SA 2.5 with a blast profile between 50-70 microns to leave the surface free of oil and grease contamination. In cold conditions, it is recommended to warm the substrate to 20-35oC.
TYPICAL APPLICATION
Lining of:
THEORETICAL COVERAGE
12kg Kit covers 1m² at 5mm thick Curing Time 4 Hours @25⁰C
KIT SIZE: 12KG
DESCRIPTION
POXYPASTE – PLS105 is a 100% solids modified epoxy resin system primarily formulated for pipelining applications.
APPLICATION
POXYPASTE – PLS105 is a flow able epoxy ceramic specially designed to be applied in slurry lines etc. from a thickness of 6mm upwards, depending upon the application.
Sizes: from 500mm to 9m lengths and/or 150 diameters to 1 diameter.
SURFACE PREPARATION
A properly prepared surface is important to the end result and lasting durability of POXYPASTE – PLS105. Steel surfaces should be dry grit blasted to SA 2.5 with blast profile between 50-70 microns to leave the surface free of oil and grease contamination. In cold conditions it is recommended to warm the substrate to 20-35oC.
TYPICAL APPLICATIONS
Lining of:
Curing Time: 3-6 Hours @ 25⁰C
POXYPASTE – PLS105 has proven to extend the life of your slurry lines and to minimize unnecessary expenditure.
DESCRIPTION
POXYPASTE BWS106 is a paintable wearing compound especially formulated to withstand severe cavitation and tough abrasion.
APPLICATION
POXYPASTE BWS106 is applied to the surface with a brush or roller to the required thickness and can be applied to a thickness of 1mm or greater, depending on the application.
SURFACE PREPARATION
A properly prepared surface is important to the finished result and the lasting durability of POXYPASTE BWS106. The surface should be sandblasted to remove grease, oil and loose contaminants prior to application.
TYPICAL APPLICATION
THEORETICAL COVERAGE
1.2m2 per 3kg kit at 1000 microns
Curing Time 6-8 Hours @ 25⁰C
KIT SIZE: 3 KG
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