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 Rite Lok Industrial Adhesives
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A range of high performance industrial adhesives/sealants developed for the demanding applications in industry.
Industrial Adhesives for optimum performance - Rite Lok industrial adhesives are designed to an optimum specification therefore assisting in the reduction of manufacturing times and costs in industry.
Rite Lok Industrial adhesives -at the forefront of technology - Backed up by a highly skilled technical department and ongoing research and development, Rite Lok Industrial Adhesives offer innovative products at the forefront of adhesive and sealant technology. In addition an efficiently implemented stringent quality policy ensures that Rite Lok industrial adhesives reach customers in optimum condition. |
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Types of Adhesives |
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Rite Lok anaerobic adhesives are high performance, single component engineering adhesives, that cure in the absence of air and in the presence of metal parts.
Rite Lok anaerobic adhesives are frequently used in assembly by original equipment manufacturers, maintenance departments, upgrade and overhaul projects and throughout the automotive and engineering sector. Rite Lok anaerobic adhesives are available in a wide range of strengths and viscosities. The Rite Lok anaerobic adhesives range is used for threadlocking, retaining, sealing and gasketing. SEE MORE
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Rite Lok cyanoacrylate adhesives are high specification, single component adhesives. Fast and easy to use, Rite Lok cyanoacrylate adhesives are solvent free and exhibit high tensile and shear strengths.
Cyanoacrylates Usage
Rite Lok cyanoacrylate adhesives bond a wide variety of substrates and can be easily used with both manual and automated dispensing equipment.
Rite Lok cyanoacrylate adhesives polymerise with moisture and cure in seconds at room temperature. Used throughout industry including automotive, medical, electronics and aerospace, the Rite Lok range of cyanoacrylate adhesives are proven to bond metal, plastic, wood, ceramic, steel, aluminum, brass and composites. SEE MORE
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UV Front Line Range
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Rite Lok UV curing adhesives are high performance, single component products which polymerize when exposed to ultraviolet light. Invisible, instant and high strength, Rite Lok UV adhesives give a controlled cure at room temperature and can be used for bonding most glass, metal and plastic combinations where at least one of the surfaces allow penetration of ultra violet light. Most Rite Lok UV curing adhesives are optimized to cure under light at 365nm wavelength although some are optimized for higher wavelengths. Rite Lok UV curing adhesives are used for coating, bonding, encapsulating, laminating and potting. Fast controllable cure at room temperature. Excellent adhesion to many substrates including plastics. Flexible bond High strength. Clear bond lines make Rite Lok UV adhesives excellent for use on aesthetically sensitive applications. Cure on demand. Low capital investment in equipment. Ideal for automated production. ISO 9001-2000 and QS9000 quality standards. SEE MORE |
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Rite Lok chemists have developed a range of structural adhesives to meet the demands of industry. The chemistries employed satisfy a wide spectrum of needs including:
* Speed of cure
* Impact resistance
* Bonding to virtually all surfaces
* Long term performance in demanding environments
* High shear and peel strength
* Flexibility
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Rite Lok activators and primers have been designed to optimize the performance of the Rite Lok adhesives range. Rite Lok activators and primers for cyanoacrylate adhesives enhance cure speeds on porous and acidic surfaces and permit bonding on substrates such as polyethylene, polypropylene and even Teflon¨. Used in post assembly applications, Rite Lok activators permit fillet curing of cyanoacrylate adhesives and promote depth of cure. Rite Lok anaerobic and structural activators have been designed to accelerate the cure speed of threadlockers, retainers, sealants, gasketing compounds and general metal bonding. When used on inactive substrates such as anodized metal, stainless steel, zinc dichromate and cadmium high strength bonding can be achieved. SEE MORE |
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