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Perforated angle bracket Baks KTC35H35/2 35×35 mm, model 620620
Perforated angle bracket Baks KTC35H35/2 35×35 mm, model 620620
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Perforated angle bracket Baks KTC35H35/2 35×35 mm, model 620620
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Perforated angle bracket Baks KTC35H35/2 35×35 mm, model 620620
Perforated angle bracket Baks KTC35H35/2 35×35 mm, model 620620
Perforated angle bracket Baks KTC35H35/2 35×35 mm, model 620620 is an L-shaped metal connector designed to provide compact right-angle reinforcement for structural joins. The bracket measures 35×35 mm and features a pattern of perforations to accept bolts, screws or nails, allowing secure mechanical fastening to timber, plywood, chipboard, metal profiles and composite materials. The simple geometry and punched holes make this bracket suitable for small-scale joinery, shelf supports, furniture assembly and localized repair tasks where a low-profile, reliable corner support is required.
The perforated design allows flexible fixation options and straightforward alignment during installation. Constructed from metal, the bracket offers consistent dimensional stability and resistance to shear forces at the joint. Its compact 35×35 mm footprint makes it easy to use in confined spaces and on thin members while providing measurable reinforcement at right-angle connections. The uniform hole spacing simplifies repetitive work and standardises fastener placement.
Position the bracket so both faces sit flush against the mating surfaces and mark hole locations through the perforations. Pre-drill pilot holes in timber or other substrates if required by the chosen fastener size. Secure the bracket using appropriate screws, bolts or nails, tightening fasteners evenly to avoid distortion of the bracket or workpieces. For metal-to-metal connections, use washers and locknuts where necessary to ensure a vibration-resistant joint. Verify alignment and load direction to ensure the bracket is oriented to resist the expected forces.
Choose corrosion-resistant fasteners or apply suitable surface protection if the bracket will be used in humid or outdoor environments. Select fastener length and diameter compatible with material thickness and load requirements; avoid over-tightening which can deform the bracket or reduce holding strength.
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