Steel Linning

Machinable and sanding epoxy liquid system for industrial maintenance

Liquid bicomponent epoxy system, black colored, containing iron and steel fillers, resistant to wear and high temperatures. Its features are similar to steel. Suitable for recovering steel or iron castings, pipes, machine bases, bearing houses, bushings and others. Applicable with a brush, in thicknesses from 1 to 2 mm.

Request a budget

Benefits

Cold repair

It can be sanded, machined and drilled

High durability

High resistance to wear and temperatures

Easy to apply

Applications

It is recommended for use as a surface resin in models, as well as to performs repairs in perforated pipes, tanks, failures in iron and steel castings, machine bases, machining devices, filling of guides, bushings, matrices, spinning stamps, puncture port, tracer models, models, column fixing, pin, bending and spinning tool surface.

Recovery of steel or iron castings, pipes, machine bases, bearing houses, bushings (cold welding).

Commercial Data
Technical Data
How to Use
Downloads

Steel Linning Resin (1.500 kg)
Steel Linning Hardener (0.150 kg)

Mixture proportion: 100 g of resin for 10 g of hardener
Worktime at 25°C: 15 minutes
Full curing at 25°C: 72 hours
Maximum work temperature: 110°C
Recommended thickness: 5 – 10 mm

The surface to be coated with STEEL LINNING must be clean, sanded and preferably sandblasted and dry, to ensure good resin adherence.

Two layers of Z 15 LC release agent should be applied over the areas where the product adherence is not desirable.

THE STEEL LINING HARDENER must be added to the STEEL LINING RESIN, therefore, requiring both components to be mixed with a metallic spatula. For larger amounts, it is recommended the use of a mechanical homogenizer. Obtaining a homogeneous mixture is essential.

After homogenizing, the product can be brushed or spatulated at the application area.

Whenever the ambient or parts temperature is under 15°C, a heat source should be applied to the parts and resin until they reach a temperature of at least 25°C. Doing so will provide perfect resin curing, and a maximum mechanical resistance as result.