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Step 2 Surface Preparation |
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Following the simple preparatory steps will ensure a successful
repair
The
rotary control on the REAR OF THE HOT-AIR TOOL ENABLES ACCURATE
SETTING OF THE WELDING temperatures up to 700șC
Plastic components
can be repaired from the front or the rear according to ease of
access. Reinforcement welds can be used across the rear of a front
repair to restore strength to areas designed to withstand impact.
If the damage passes
behind a decorative or protective trim this must be removed from the
damaged component to provide complete access to the repair area.
Trims are usually fixed with an adhesive that softens with heat
treatment. Attempting to remove a cold trim can damage it beyond
repair.
Moving the hot air tool over the trim surface aids even heat
absorption to soften the adhesive. It also prevents localized heat
build-up causing damage. When the adhesive is soft the trim should
pull away neatly, allowing re-use after the repair.
The LEISTER TRIAC hot
air tool can supply 230 liters of air per minute at a precise
temperature between 20 and 700°C.
For trim removal the hot air tool is used without a welding nozzle
at a temperature of 300°C.
The temperature charts on the tool body show the rotary control
setting to achieve the correct air temperature. Whenever the hot
air tool is in use the barrel becomes extremely hot. Do not touch
the barrel and always rest the tool on its stand when not in use.
The rotary control on the rear of the hot air tool enables accurate
setting of welding temperatures up to 7OO°C |
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