Applications

Dripstop® 947 is a high-performance adhesive/sealant specifically formulated for the sealing and mild locking of hydraulic and pneumatic threaded parts used with hydraulic and pneumatic equipment. Dripstop® 947 will seal pipe threads, standard nuts and bolts, fittings for hydraulic and pneumatic systems, air conditioners, fittings for refrigeration equipment, and all types of water and chemical processing valves and equipment, including steam up to 350°F. Dripstop® 947 is a single component, thixotropic (non-migrating) anaerobic adhesive/sealant, that does not contain PTFE, and will provide a rapid cure at room temperature. Upon cure, Dripstop® 947 becomes a highly crosslinked thermoset plastic preventing leakage from shock, vibration as well as corrosive liquids and atmospheres.

External Ammunition Sealant 59521 is a single component UV curable anaerobic sealant. 59521 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. Curing occurs when the adhesive is applied between mating surfaces. The cured adhesive is a thermoset plastic suitable for temperatures up to 400°F (204°C) and endures exposure to most solvents. Ammunition Sealant 59521 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 five minutes, Full strength will be reached in 4 hours. Cure fillets at UV light irradiances above 100 milliwatts/cm² to insure proper cure.

External Ammunition Sealant 59541 is a single component U.V. anaerobic sealant. 59541 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. 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 59541 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 five 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 59681 is a single component U.V. anaerobic sealant. 59681 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. Curing occurs when the adhesive is applied between mating surfaces. The cured adhesive is a thermoset plastic endures exposure to most solvents. Ammunition Sealant 59681 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 five 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 76040 is a single component, U.V curable anaerobic sealant. 76040 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. 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 76040 is a low strength sealant that 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 five 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 76041 is a single component U.V. anaerobic sealant. 76041 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. 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 76041 is a low strength sealant that 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 five 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 76060 is a single component U.V. anaerobic sealant. 76060 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. 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 76060 is a medium strength sealant that 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 five 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 76061 is a single component U.V. anaerobic sealant. 76061 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. 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 76061 is a medium strength sealant that 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 five 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 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.

External Ammunition Sealant 76083 is a single component U.V. anaerobic sealant. 76083 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 76083 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 76084 is a single component U.V. anaerobic sealant. 76084 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 76084 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.

Hernon® External Ammunition Sealant 59621 is a single component U.V. anaerobic sealant. 59621 has a low viscosity penetrating material capable of bonding and sealing primers and case mouths in ammunition. It is specially formulated for pre-assembled components; it works by capillary action sealing ammunition and improving bullet pull force. Curing occurs when the adhesive is applied between mating surfaces. The cured adhesive is a thermoset plastic suitable and endures exposure to most solvents. Ammunition Sealant 59621 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 five minutes, Full strength will be reached in 24 hours. Cure fillets at UV light irradiances above 100 milliwatts/cm² to insure proper cure. Product Benefits • UV fluorescence for in-process inspection • 100% solid system (no solvents) • Excellent environmental resistance • Good gap filling properties • Excellent Bullet Pull strengths with low Standard deviation • UV and anaerobic curing mechanism suitable for metal parts • Excellent capillary performance

Hernon® External Ammunition Sealant 76070 is a single component, U.V curable anaerobic sealant. 76070 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 suitable and endures exposure to most solvents. Ammunition Sealant 76070 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. Product Benefits • UV fluorescence for in-process inspection • 100% solid system (no solvents) • Excellent environmental resistance • Good gap filling properties • Excellent Bullet Pull strengths with low Standard deviation • UV and anaerobic curing mechanism suitable for metal parts • Good capillary performance • Good performance on frangible bullets

Fusionbond® 370 is a two components methacrylate adhesive. It is specially formulated for structural bonding of thermoplastics, metal, wood and composite assemblies. Fusionbond® 370 is an excellent choice for composite bonding applications in the marine, automotive and construction industries because it requires virtually no surface preparation. Fusionbond® 370 provides superior toughness at temperatures from -67 to 250°F.

Fusionbond® 371 is a two components methacrylate adhesive. It is specially formulated for structural bonding of thermoplastics, metal, wood and composite assemblies. Fusionbond® 371 is an excellent choice for composite bonding applications in the marine, automotive and construction industries because it requires virtually no surface preparation. Fusionbond® 371 provides toughness at temperatures from -67 to 250°F.

Hernon® has taken the excellent bond strength of Fusionbond adhesive family and merged it with the simplicity of a two-component, no-mix curing system to create Fusionbond® 374. Fusionbond® 374 is a 100% solid, room temperature cure, versatile structural adhesive which is used in conjunction with Hernon® Activator 56, 15 or 16. This formulation will offer rapid, high strength and high impact resistant bonds to a variety of substrates within minutes. Designed for a wide variety of substrates, Fusionbond® 374 offers excellent temperature and chemical resistance. The two-component, no-mix system allows controlled assembly ideal for production and repair applications. A structural bond develops within minutes.

Fusionbond® 375 is a highly thixotropic, two component, room temperature curing, 1:1 ratio, methacrylate adhesive system. Fusionbond® 375 is formulated to provide fixturing strength within 7 to 10 minutes. This adhesive product forms resilient bonds and maintains its strength over a wide range of temperatures. Fusionbond® 375 is suitable for bonding a variety of substrates with a minimum of surface preparation. Fusionbond® 375 provides toughness at temperatures from -67 to 250°F. Recommended substrates: PVC, acrylic, ABS, stainless steel, and some types of fiberglass.

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.

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 47422 is a single component UV and anaerobic curing adhesive. Grenade Igniter Case Sealant 47422 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 47422 cures quickly at room temperature without the need for surface activators or heat to join 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.

HASA 39781 is a single-component, anaerobic, structural adhesive designed for bonding rigid assemblies. HASA 39781 cure is accomplished when mating surfaces including metal, glass and ceramics are joined together. Accelerated cures are possible with the application of primers or by a short, low temperature heat cycle. Upon cure, HASA 39781 is a highly crosslinked thermoset plastic with excellent properties over a wide range of conditions.

HASA 66071 is a single component structural anaerobic adhesive formulated for bonding rigid assemblies at high temperatures. HASA 66071 cures when it is confined between mating surfaces. Hernon® Primer 50 accelerates the cure.

HASA 716 is a single component structural anaerobic adhesive formulated for bonding rigid assemblies at high temperatures. This high strength acrylic adhesive cures when it is confined between mating surfaces. Utilized for bonding magnets in motor assemblies and structural applications, HASA 716 provides a strong permanent bond and is resistant to impact and vibration. Hernon Primer 50 accelerates the cure. HASA 716 is similar in function to Loctite A533 and Loctite AA332 and delivers high shear strength and tensile strength. One of its primary uses is securing permanent magnets in motor magnet bonding applications. Recomended Applications: Furniture | Elevators | Automotive Applications | Permanent Motor Magnets | Speakers | Generators | Bonding Flywheels | Sensors |

HASA 718 is a single component structural anaerobic adhesive formulated for bonding rigid assemblies. HASA 718 cures when it is confined between mating surfaces. Hernon? Activator 56 accelerates the cure.

HASA 722 is a single-component, anaerobic, structural adhesive designed for bonding rigid assemblies. HASA 722 cure is accomplished when mating surfaces including metal, glass and ceramics are joined together. Accelerated cures are possible with the application of primers or by a short, low temperature heat cycle. Upon cure, HASA 722 is a highly crosslinked thermoset plastic with excellent properties over a wide range of conditions.

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.

Porosity Sealant (HPS) 59801 is a low viscosity liquid sealant designed for sealing interfacial leak paths in flexible electronic assemblies. It may also be used to enhance dielectric strength or seal porosity in passive materials. The dual-cure system incorporated in HPS 59801 offers the advantage of elevated temperature curing or curing at room temperature. HPS 59801 is typically applied with a vacuum impregnation process that removes air from the internal void and then saturates the part with liquid sealant. In the absence of circulating air, the liquid rapidly polymerizes to form a tough, flexible, thermoset polymer that permanently seals gaps in the assembly. Excess liquid sealant is rinsed from the outside of the part with an aqueous solution effectively leaving no surface build up. Parts processed with HPS 59801 are sealed internally but remain cosmetically and dimensionally unchanged. Typical applications include sealing or unitizing over-molded electrical components against leakage of air, water, coolants, oils and other fluids. As a good insulator, HPS 59801 may also be used to improve the dielectric strength across gaps between high voltage conductors.

Porosity Sealant (HPS) 990 is the solution to leak proof parts, improving machinability, in addition to increasing the durability and surface quality for painting and plating. HPS 990 is also excellent for sealing leak paths in rigid electronic assemblies. The hardened resins exhibit superior chemical resistance and elevated temperature stability. The microscopic voids, where potential leaks occur in the part are filled by the low viscosity resin during vacuum application. Sealed micropores cure without shrinkage to form tough cross-linked thermoset polymer, permanently sealing the piece. Excess residual adhesive is washed from the part surface during rinsing with water. The parts leave the impregnating process without surface residue and can then be used in production within a few short hours. The resin polymerizes, sealing gaps in any assembly. This protects electrical components against leakage from air, water, coolants and oils. When used in preparation for plating or painting processes, the impregnation process also eliminates absorption of plating materials (like acids) or painting prep solvents that could otherwise later bleed out of pores causing finishes to discolor, bleed, pit or peel. Sealed powdered metal parts exhibit better machinability, enhanced tool life and better dimensional control.

Porosity Sealant (HPS) 991R 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 91 activates HPS 991R enabling the system to cure at elevated temperatures (HPS 991R). The hardened resins exhibit superior chemical resistance and elevated temperature stability. The microscopic voids, where potential leaks occur (between metal grains or ceramic plastic molecules) in the part are filled by the low viscosity resin during vacuum application. Sealed micropores cure without shrinkage when exposed to elevated temperature to form tough cross-linked thermoset polymer, permanently sealing the workpiece. Residual adhesive film is water-washed from the part surfaces during rinsing. The parts leave the impregnating process without surface residue and can then be used in production immediately. When used in preparation for plating or painting processes, the impregnation process also eliminates absorption of plating materials (like acids) or painting prep solvents that could otherwise later bleed out of pores causing finishes to discolor, bleed, pit or peel. Sealed powdered metal parts exhibit better machinability, enhanced tool life and better dimensional control.

Porosity Sealant (HPS) 994 is the solution to leak proof parts, improving machinability, in addition to increasing the durability and surface quality for painting and plating. The hardened resins exhibit superior chemical resistance and higher temperature stability. The microscopic voids, where potential leaks occur (between metal grains or ceramic plastic molecules) in the part are filled by the low viscosity resin during vacuum application. Sealed micropores cure without shrinkage when exposed to elevated temperature to form tough cross-linked thermoset polymer, permanently sealing the workpiece. Residual adhesive film is water-washed from the part surfaces during rinsing. The parts leave the impregnating process without surface residue and can then be used in production immediately. When used in preparation for plating or painting processes, the impregnation process also eliminates absorption of plating materials (like acids) or painting prep solvents that could otherwise later bleed out of pores causing finishes to discolor, bleed, pit or peel. Sealed powdered metal parts exhibit better machinability, enhanced tool life and better dimensional control.

Hernon® HPS Initiator 91 is used to activate Hernon® Hernon Porosity Sealant (HPS) resins. Hernon® HPS Initiator 91 activates HPS 991R enabling the system to cure at elevated temperatures.

Porosity Sealant (HPS) 41814 is the solution to leak proof parts, improving machinability, in addition to increasing the durability and surface quality for painting and plating. The hardened resins exhibit superior chemical resistance and elevated temperature stability. The microscopic voids, where potential leaks occur (between metal grains or ceramic plastic molecules) in the part are filled by the low viscosity resin during vacuum application. Sealed micropores cure without shrinkage when exposed to elevated temperature to form tough cross-linked thermoset polymer, permanently sealing the workpiece. Residual adhesive film is water-washed from the part surfaces during rinsing. The parts leave the impregnating process without surface residue and can then be used in production immediately. When used in preparation for plating or painting processes, the impregnation process also eliminates absorption of plating materials (like acids) or painting prep solvents that could otherwise later bleed out of pores causing finishes to discolor, bleed, pit or peel. Sealed powdered metal parts exhibit better machinability, enhanced tool life and better dimensional control.

Hernon® Porosity Sealant (HPS) Surfactant 381001 is a single component product designed to be used as wetting agent.

Instantbond® 109 is a low viscosity, state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 109 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 109 can bond a wide variety of surfaces including thermoplastics, elastomers, ceramics, leather, cork, and paper, but is particularly suited for bonding metal substrates. Notwithstanding the superior bonding capability of Instantbond® 109, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 110 is a state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 110 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 110 can bond a wide variety of surfaces including thermoplastics, elastomers, ceramics, leather, cork, and paper, but is particularly suited for bonding metal substrates. Notwithstanding the superior bonding capability of Instantbond® 110, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 112 is a low viscosity, state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 112 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 112 can bond a wide variety of surfaces including thermoplastics, elastomers, ceramics, leather, cork, and paper, but is particularly suited for bonding metal substrates. Notwithstanding the superior bonding capability of Instantbond® 112, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 113 is a state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 113 develops handling strength within seconds and full functional strength in a few hours. Instantbond? 113 can bond a wide variety of surfaces including metals, thermoplastics, elastomers, ceramics, leather, cork, and paper, but is particularly suited for bonding hard-to-bond plastics. Notwithstanding the superior bonding capability of Instantbond? 113, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 117 is a high viscosity, state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 117 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 117 can bond a wide variety of surfaces including metals, thermoplastics, elastomers, ceramics, leather, cork, and paper, but is particularly suited for wire tacking applications. Notwithstanding the superior bonding capability of Instantbond® 117, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 119 is a low viscosity, state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 119 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 119 can bond a wide variety of surfaces including metals, thermoplastics, elastomers, ceramics, leather, cork, and paper, but is particularly suited for bonding hard to bond plastics. Notwithstanding the superior bonding capability of Instantbond® 119, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 120 is a single-component cyanoacrylate adhesive suitable for applications where heat resistance is required. Instantbond® 120 resists thermal cycling and also exhibits superior resistance to humidity. Instantbond® 120 meets the requirements of CID A-A-3097 Type II, Class 3 and MIL-A-46050C TY II, CL 3.

Instantbond® 121 is a very high viscosity, state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 121 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 121 can bond a wide variety of surfaces including metals, thermoplastics, elastomers, ceramics, leather, cork, and paper. Notwithstanding the superior bonding capability of Instantbond® 121, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 123 is a medium viscosity, state-of-the-art, single component, solventless, room temperature curing cyanoacrylate adhesive that polymerizes rapidly when pressed into a thin film between parts. The presence of surface moisture commences the cure of the adhesive. Instantbond® 123 develops handling strength within seconds and full functional strength in a few hours. Instantbond® 123 can bond a wide variety of surfaces including metals, thermoplastics, elastomers, ceramics, leather, cork, and paper. Notwithstanding the superior bonding capability of Instantbond® 123, it is NOT recommended for long-term glass to glass bonding applications.

Instantbond® 127 is a gel consistency single component, solvent-less, room temperature adhesive that sets in seconds when confined between two surfaces. The gel consistency allows for gap filling capability and prevents migration to unwanted areas.

Metal Cement 850 is a single component, silver color gel, that is designed for quick repairing of worn machinery parts. Once confined between parts, it develops a high strength bond with excellent chemical and temperature resistance. The bonded assembly often doubles the strength of press fitted parts. Use Metal Cement 850 in the new assembly to fill the gaps between parts to prevent wear, corrosion and backlash.