Anaerobic

Cylinlock® 34323 is a fast curing, high-strength anaerobic adhesive yielding higher shear strengths with temperature resistance up to 300°F (149°C) It provides relatively quick cures, outstanding solvent resistance, and improved reliability for metal service applications.

Cylinlock® 42633 is a fast curing, high strength anaerobic adhesive with temperature resistance up to 300°F (149°C). It is designed for the bonding of cylindrical fitting parts, particularly where bond gaps can approach 0.25 mm (0.01 in.) and where maximum strength at room temperature is required. Cylinlock® 42633 provides relatively quick cures, outstanding solvent resistance, and improved reliability for severe service applications.

Cylinlock® 52631 is a single component, anaerobic retaining adhesive designed for the bonding of cylindrical parts. The product cures when confined in the absence of air between close-fitting metal surfaces.

UV Curable Cylinlock® 820 is a fast curing, high-strength anaerobic adhesive designed to retain and seal cylindrical assemblies. Curing occurs when adhesive is confined between mating surfaces. The cured adhesive is a thermoset plastic suitable for exposure to most solvents. Augments or replaces press fits, set screws, pins and other mechanical retaining methods. Avoids heavy press fits due to rapid cure. Cylinlock® 820 cures quickly at room temperature without the need for surface activators or heat to join cylindrical assemblies. Fixturing strength develops in five minutes or within 15 seconds by exposing the edge fillets to high intensity long wavelength UV light (365 nm). Full strength will be reached in 24 hours.

UV Curable Cylinlock® 821 is a fast curing, high strength anaerobic adhesive designed to retain and seal cylindrical assemblies. Curing occurs when adhesive is confined between mating surfaces. The cured adhesive is a thermoset plastic suitable for exposure to most solvents and withstands temperatures up to 300°F (149°C). Augments or replaces press fits, set screws, pins and other mechanical retaining methods. Avoids heavy press fits due to rapid cure. Cylinlock® 821 cures quickly at room temperature without the need for surface activators or heat to join cylindrical assemblies. Fixturing strength develops in five minutes, or within 15 seconds by exposing the edge fillets to high intensity long wavelength UV light (365 nm). Full strength will be reached in 24 hours.

Cylinlock® 822 is a high performance, single component, 100% active anaerobic adhesive/sealant formulated for dependable bonding of fitted cylindrical parts. Cylinlock® 822 offers high strength as well as superior heat and chemical resistant bonding at room temperature. Cylinlock® 822 is formulated for applications, which require superior strength with temperature resistance up to 300°F (149°C). Each batch of Cylinlock® 822 is tested to the lot requirements of MIL-R-46082B (Type I), and to the detail requirements of ASTM D5363 (AN0411).

Cylinlock® 824 is a general purpose, single-component, anaerobic adhesive used primarily for joining cylindrical assemblies of all types. It is a low viscosity, self-hardening adhesive that cures when confined between ferrous or copper alloy metals. The cured adhesive is a thermoset plastic suitable for exposure to most solvents.

Cylinlock® 827 is a single component anaerobic retaining adhesive for cylindrical joints. The product cures when confined in the absence of air between close fitting metal surfaces. This product develops medium strength to facilitate disassembly.

Cylinlock® 842 is a high temperature, high strength anaerobic adhesive designed to retain and seal cylindrical assemblies. This compound will cure on metallic or non-metallic substrates and is suitable for exposure to most solvents.

Cylinlock® 845 is a fast curing, high strength anaerobic adhesive designed to retain and seal cylindrical assemblies. This compound will cure on metallic or non-metallic substrates and is suitable for exposure to most solvents and withstands temperatures of 300°F (149°C). Hernon Cylinlock® 845 cures quickly at room temperature without the need for surface activators or heat to join cylindrical assemblies. Fixturing strength develops in 24 hours. Hernon Primer 49 or 50 can be used to reduce fixturing time on inactive surfaces and to increase cure through gap. Certified to NSF/ANSI Standard 61 for use in commercial and residential potable water systems

Cylinlock® 846 is a fast-curing, high-strength anaerobic adhesive yielding higher shear strengths with temperature resistance up to 300°F (149°C). It provides relatively quick cures, outstanding solvent resistance, and improved reliability for metal service applications. Certified to NSF/ANSI Standard 61 for use in commercial and residential potable water systems.

Cylinlock® 94953 is a high-temperature, high strength anaerobic adhesive designed to retain and seal cylindrical assemblies. This compound will cure on metallic or non-metallic substrates and is suitable for exposure to most solvents.

External Ammunition Sealant 76081 is a single component U.V. anaerobic sealant. 76081 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. This Sealant is specially formulated for Ammunition that needs greater fit tolerance and higher bullet pull forces. Curing occurs when the adhesive is applied between mating surfaces. The cured adhesive is a thermoset plastic and endures exposure to most solvents. Ammunition Sealant 76081 cures quickly at room temperature without the need for surface activators or heat to seal primer and case mouth assemblies. Fixturing strength develops in two to three minutes. Full strength will be reached in 24 hours. Cure fillets at UV light irradiances above 100 milliwatts/cm² to insure proper cure.

External Ammunition Sealant 76082 is a single component U.V. anaerobic sealant. 76082 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. This Sealant is specially formulated for Ammunition that needs greater fit tolerance and higher bullet pull forces. Curing occurs when the adhesive is applied between mating surfaces. The cured adhesive is a thermoset plastic and endures exposure to most solvents. Ammunition Sealant 76082 cures quickly at room temperature without the need for surface activators or heat to seal primer and case mouth assemblies. Fixturing strength develops in two to three minutes, Full strength will be reached in 24 hours. Cure fillets at UV light irradiances above 100 milliwatts/cm² to insure proper cure.

Gasket Replacer 906 is a single component room temperature cure gel-like anaerobic gasketing compound formulated to provide instant sealing capabilities. Once cured between mating metal flanges filling voids in the surface, Gasket Replacer 906 provides a thin, flexible, solvent and temperature resistant seal. Gasket Replacer 906 can replace or be used as a dressing for conventional gaskets.

CM8005 is a single-component room temperature cure gel-like anaerobic gasketing compound formulated to provide instant sealing capabilities. Once cured between mating metal flanges and filling voids in the surface, CM8005 provides a thin, flexible, solvent and temperature resistant seal.

Gasket Replacer® 910 is a single component room temperature cure gel-like anaerobic gasket compound formulated to provide instant sealing capabilities. Once cured between mating metal flanges and filling voids in the surface, Gasket Replacer 910 provides a thin, flexible, solvent, and temperature-resistant seal. Gasket Replacer 910 is a recommended alternative to Gasket Eliminator Flange Sealant. Designed for metal closures Gasket Replacer offers a semi-flexible, anaerobic seal for flanges, similar to Loctite 515 and Loctite 518. Gasket Replacer's gel-like consistency can fill minor gaps and imperfections in flange surfaces and when fully cured, this sealant resists significant pressure. Known as a form-in-place gasket, this sealant adapts to the size and shape of the flange allowing a wide variety of uses including oil seals, engine housings and transmission flanges.

Gasket Replacer® 916 is a single component room temperature cure gel-like anaerobic gasket compound formulated to provide instant sealing capabilities. Once cured between mating metal flanges and filling voids in the surface, Gasket Replacer 916 provides a thin, flexible, solvent, and temperature-resistant seal. Gasket Replacer 916 can replace or be used as a dressing for conventional gaskets Gasket Replacer 916 is a recommended alternative to Gasket Eliminator Flange Sealant. Designed for metal closures Gasket Replacer offers a semi-flexible, anaerobic seal for flanges, similar to Loctite 515 and Loctite 518. Gasket Replacer's gel-like consistency can fill minor gaps and imperfections in flange surfaces and when fully cured, this sealant resists significant pressure. Known as a form-in-place gasket, this sealant adapts to the size and shape of the flange allowing a wide variety of uses including oil seals, engine housings and transmission flanges.

Grenade Igniter Case Sealant 40995 is a single component anaerobic thread locking and sealing adhesive. Grenade Igniter Case Sealant 40995 is a low viscosity penetrating material that works by capillary action between mating surfaces. The cured adhesive is a high-performance thermoset plastic suitable for temperatures up to 400°F (204°C). Grenade Igniter Case Sealant 40995 cures quickly at room temperature without the need for surface activators or heat to join threaded assemblies. Fixturing strength develops in five minutes, or within 10 seconds by exposing the edge fillets to high intensity long wavelength UV light (365 nm). Full strength will be reached in 24 hours. Cure fillets at UV light irradiances above 60 milliwatts/cm² to insure proper cure.

Porosity Sealant (HPS) 38374R is the solution to leak proof parts, improving machinability, in addition to increasing the durability and surface quality for painting and plating. The required addition of HPS Initiator activates the dual-cure system enabling the system to cure anaerobically at room temperature or at elevated temperatures. The cured, hardened resin exhibits superior chemical resistance and elevated temperature stability. The microscopic voids, where potential leaks occur (between metal grains or ceramic or plastic molecules) in the part are filled by low viscosity resin during vacuum application. Sealed micro-pores cure without shrinkage to a tough, cross-linked, thermoset polymer, permanently sealing the work piece. Residual adhesive film is washed from the part surfaces by water during the rinsing cycle. The parts leave the impregnating process without surface residue and can then be used in production within a short period of time. When used in preparation for plating or painting processes, the impregnation process also eliminates absorption of plating material (like acids) or painting prep solvents that could otherwise bleed out of the pores causing finishes to discolor, blister, pit or peel. Sealed powdered metal parts exhibit better machinability, enhanced tool life and better dimensional control.