Aluminium Linning

Liquid epoxy system for industrial maintenance with similar characteristics as aluminum

Changed liquid epoxy system, containing aluminum filler resistant to high temperatures. It can be machined, sanded, driller and ground. It has characteristics similar to aluminum. It is indicated to recover aluminum cast or injected parts; molds maintenance and repair. Applicable with brush and at thickness of 1 to 2 mm

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Benefits

Repair at cold

It can be sanded, machined and drilled

Excellent thermal and chemical resistance

Characteristics similar to aluminum

Applicable with brush

Applications

Repairs/maintenance of models, models duplicates, male boxes, several pieces for casting, devices to clamp parts of irregular contour, clamps, clips, bases.

Complete failures in cast parts (ferrous and non-ferrous).

Recovery of aluminum cast or injected parts (cold welding).

Recovery of coating of parts cast in aluminum.

Commercial Data
Technical Data
Downloads
How to Use

Packages

Aluminum Lining Resin (1, kg)
Aluminum Lining Hardener (0.50 kg)

Mixture ratio: 100 g of resin to 12.5 g of hardener
Mixture color – Gray
Work time at 25°C: 15 minutes
Hardening time 25ºC (100 ml, 40 mm): 17 minutes
Total cure at 25°C: 72 hours
Recommended thickness: 5 – 10 mm

Technical Bulletin Emergency Form - Aluminum Lining Resin Emergency Form - Aluminum Lining Hardener MSDS_Aluminum Lining Hardener MSDS_Aluminum Lining Resin

Processing Instructions

The surface to be coated with ALUMINUM REPAIR should be clean, sanded and preferentially dry-sandblasted to obtain a good resin adherence.
On locations where the product adherence is not desired, apply two layers of demolding Z 15 LC.
The ALUMINUM REPAIR HARDENER should be added to the ALUMINUM REPAIR RESIN, and both components should be mixed together, using a metallic spreader. For larger quantities, mechanical homogenization is recommended. It is essential to obtain a homogeneous mixture.
After homogenized, the product can be applied on the desired location using a brush or spreader.
When the room temperature or parts temperature is below 15°C, apply a heat source to heat the parts and the resin, at a minimum temperature of 25°C. This procedure will provide the perfect resin cure and will consequently provide maximum mechanical strength.