Sil-Glyde Lubricating Compound A longer-lasting, high film strength protective lubricant for all surfaces, including: rubber, metal, wood, glass, and plastic. will not melt, freeze, gum, or run off. Performs from -20 deg F to +400 deg F. Grease consistency stays put and will not drip off like silicone oils. Harmless to rubber and car finishes. Suggested applications: Trunk seals, rubber bumpers, speedometer cables, brake parts, window channels, hood strips and pads, rubber gaskets, and belts.
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Sil-Glyde Lubricating Compound A longer-lasting, high film strength protective lubricant for all surfaces, including: rubber, metal, wood, glass, and plastic. will not melt, freeze, gum, or run off. Performs from -20 deg F to +400 deg F. Grease consistency stays put and will not drip off like silicone oils. Harmless to rubber and car finishes. Suggested applications: Trunk seals, rubber bumpers, speedometer cables, brake parts, window channels, hood strips and pads, rubber gaskets, and belts.
Sil-Glyde Lubricating Compound A longer-lasting, high film strength protective lubricant for all surfaces, including: rubber, metal, wood, glass, and plastic. will not melt, freeze, gum, or run off. Performs from -20 deg F to +400 deg F. Grease consistency stays put and will not drip off like silicone oils. Harmless to rubber and car finishes. Suggested applications: Trunk seals, rubber bumpers, speedometer cables, brake parts, window channels, hood strips and pads, rubber gaskets, and belts.
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Sil-Glyde Lubricating Compound A longer-lasting, high film strength protective lubricant for all surfaces, including: rubber, metal, wood, glass, and plastic. will not melt, freeze, gum, or run off. Performs from -20 deg F to +400 deg F. Grease consistency stays put and will not drip off like silicone oils. Harmless to rubber and car finishes. Suggested applications: Trunk seals, rubber bumpers, speedometer cables, brake parts, window channels, hood strips and pads, rubber gaskets, and belts.
Our master kit, FLRK-12, contains connectors, compression unions, adapters, and nylon fuel line needed to make quick and cost-effective ½ and 12mm replacement lines. Save technician's time by having all components in one kit and not having to search for any special tools to make the same quality nylon fuel lines used in new vehicles. The convenient push-button thumb release makes connections fast and easy. The nylon lines hold up to 200 PSI. Save your customer's money by making a complete replacement line in less than 5 minutes.
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Our master kit, FLRK-12, contains connectors, compression unions, adapters, and nylon fuel line needed to make quick and cost-effective ½ and 12mm replacement lines. Save technician's time by having all components in one kit and not having to search for any special tools to make the same quality nylon fuel lines used in new vehicles. The convenient push-button thumb release makes connections fast and easy. The nylon lines hold up to 200 PSI. Save your customer's money by making a complete replacement line in less than 5 minutes.
Our master kit, FLRK-12, contains connectors, compression unions, adapters, and nylon fuel line needed to make quick and cost-effective ½ and 12mm replacement lines. Save technician's time by having all components in one kit and not having to search for any special tools to make the same quality nylon fuel lines used in new vehicles. The convenient push-button thumb release makes connections fast and easy. The nylon lines hold up to 200 PSI. Save your customer's money by making a complete replacement line in less than 5 minutes.
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Our master kit, FLRK-12, contains connectors, compression unions, adapters, and nylon fuel line needed to make quick and cost-effective ½ and 12mm replacement lines. Save technician's time by having all components in one kit and not having to search for any special tools to make the same quality nylon fuel lines used in new vehicles. The convenient push-button thumb release makes connections fast and easy. The nylon lines hold up to 200 PSI. Save your customer's money by making a complete replacement line in less than 5 minutes.
AGS Grease Fittings are used in many multi-purpose automotive applications. Plated to resist corrosion. Fittings are hardened and supplied with ball check (except drive-type). Maximum pressure: 10,000 psi (Drive-Type is 1000 psi). AGS brass and steel fittings are comprised of Tube Nuts, Unions (Couplers), Adapters, Elbows, Tees, Bushings, Connectors, Grease, etc... AGS fittings are held to the strictest standards to perform flawlessly in their intended applications. Fittings are offered in a variety of packaging options, including: retail clam-shells, bulk boxed, and plastic tray assortments.
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AGS Grease Fittings are used in many multi-purpose automotive applications. Plated to resist corrosion. Fittings are hardened and supplied with ball check (except drive-type). Maximum pressure: 10,000 psi (Drive-Type is 1000 psi). AGS brass and steel fittings are comprised of Tube Nuts, Unions (Couplers), Adapters, Elbows, Tees, Bushings, Connectors, Grease, etc... AGS fittings are held to the strictest standards to perform flawlessly in their intended applications. Fittings are offered in a variety of packaging options, including: retail clam-shells, bulk boxed, and plastic tray assortments.
AGS Grease Fittings are used in many multi-purpose automotive applications. Plated to resist corrosion. Fittings are hardened and supplied with ball check (except drive-type). Maximum pressure: 10,000 psi (Drive-Type is 1000 psi). AGS brass and steel fittings are comprised of Tube Nuts, Unions (Couplers), Adapters, Elbows, Tees, Bushings, Connectors, Grease, etc... AGS fittings are held to the strictest standards to perform flawlessly in their intended applications. Fittings are offered in a variety of packaging options, including: retail clam-shells, bulk boxed, and plastic tray assortments.
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AGS Grease Fittings are used in many multi-purpose automotive applications. Plated to resist corrosion. Fittings are hardened and supplied with ball check (except drive-type). Maximum pressure: 10,000 psi (Drive-Type is 1000 psi). AGS brass and steel fittings are comprised of Tube Nuts, Unions (Couplers), Adapters, Elbows, Tees, Bushings, Connectors, Grease, etc... AGS fittings are held to the strictest standards to perform flawlessly in their intended applications. Fittings are offered in a variety of packaging options, including: retail clam-shells, bulk boxed, and plastic tray assortments.
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).
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Compression unions are used in low pressure application such as: air, oil, and water. They are generally used to connect lengths of copper, brass, and aluminum tubing. To make connection, place the nut and then the sleeve over the tubing and then insert tube into the fitting body. When tight, the wedging action of sleeve between body and nut create a leak free connection. Use for joining 5/16in copper, brass, or aluminum tubing in low-pressure applications (NOT brake lines).