TENSOL 12 Acrylic Adhesive, 50ml Bottle/Perspex Bonding Glue Cement

Product Information

SW or AG grades and is not suitable for laminating sheets. Typical bond strengths are 24 MPa for a cold shrinks on curing allowance must be made for this when making butt joints and fillet joints. When bonding

only be done at least one hour after the adhesive has set. Non-thermoformed components can be heated Do not use adhesive that has been mixed for more than 20 minutes as it will be difficult to use and give

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Tensol 12 is designed for the bonding of cast acrylic sheet intended for interior use only. Extruded acrylic

Add Component B to Component A and mix thoroughly by stirring, taking care to entrap as little air in the adhesive as possible, after mixing cover the vessel and leave to stand for approx. 5 minutes to allow the larger bubbles to rise to the surface. It is versatile, single part cement suitable for general fabrication work which does not need high bond strength, (usually for internal applications). ANGLOSOL CEMENT 1200 is suitable for joining items made from ‘Diakon’ acrylic polymers as well as cast acrylic (Perspex). perspex together permanently. Tensol cement is a type of glue called ‘dichlormethane methyl methacrylate’ and produces a chemical weld between two surfaces. The glue is applied to the surfaces to be glued and they are pressed together. They should be clamped for 24 hours and this gives a permanent joint.Tensol 70 is a two component, acrylic adhesive which hardens at room temperature by the polymerisation

applying the adhesive and assembling the parts. Dispense the adhesive from a small polythene bottle Thoroughly mix the adhesive by stirring, taking care to entrap as little air in the adhesive as possible. The

Liquid solvent is applied using a brush or a syringe (often supplied with the glue). As it is a liquid, it is drawn along joints and surfaces through a process called capillary action. Care must be taken, as the glue damages exposed surfaces (as it melts the surfaces of the materials forming a ‘weld joint’). Accurately weigh 5 parts of Part B into 100 parts of Part A. It is important that this is done accurately for 3 to 4 hours at 80oC. Thermoformed, highly stretched components may be heated for 4 to 5 hours at