Whitford coatings suited for oil and gas applications.
| Any mating surfaces that requires dry lubrication in low contact pressure applications such as rotary actuators, carburetors, bearings, seat belt clips, actuators, etc. |
1010 |
Resin-bonded PTFE, thermoset, dry-film lubricant designed for conventional spray techniques. It is used to reduce friction, prevent scoring and galling, or provide secondary lubrication in the event of failure of the primary (conventional) lubricant. |
| Any mating surfaces that requires dry lubrication in moderate contact pressure applications, such as fasteners, threaded components, hinge pins, piston casings and compressors. |
1014 |
Resin-bonded PTFE, thermoset, dry-film lubricant designed for conventional spray techniques. It is primarily used on studs and bolts to prevent corrosion and facilitate make-up torque. Because of its predictable, low-friction properties, less “make-up” torque is required to produce the specified tension. During assembly, clamp loads are increased; “scatter” is reduced. Friction values are predictable and significantly enhance conventional surface treatments such as phosphate and platings. The low-friction properties also reduce “break-out” torque, which allows removal of bolting with a wrench instead of a blowtorch. |
| Applications to prevent wear of mating surfaces under extreme loads such as bearings, sealing rings, valve springs, offshore components and down-hole tools, etc. |
1052 |
Resin-bonded, thermoset, dry-film lubricant designed for conventional spray techniques. It is formulated for high contact pressure, low-speed wear applications and provides long-term lubrication for bearing surfaces subjected to extreme pressures, up to 150,000 psi (10,500 kg/cm2). The coating uses a unique dual lubrication system of PTFE and MoS2 and is superior to “moly” greases which wash away and PTFE coatings which “cold flow.” Resin-bonded lubricants in Xylan 1052 stay on the job, even in harsh chemical environments. |
| Designed for fasteners and threaded components to reduce makeup and breakout torque. |
1070 |
Resin-bonded PTFE, thermoset, dry-film lubricant designed for conventional spray techniques. It is primarily used on studs and bolts to prevent corrosion and facilitate make-up torque. Because of its predictable, low-friction properties, less “make-up” torque is required to produce the specified tension. During assembly, clamp loads are increased; “scatter” is reduced. Friction values are predictable and significantly enhance conventional surface treatments such as phosphate and platings. The low-friction properties also reduce “break-out” torque, which allows removal of bolting with a wrench instead of a blowtorch. |
| Oil tools, pumps, valves, actuators, impellers and offshore components. |
1212 |
Resin-bonded, thermoset, non-lubricated coating designed for conventional spray techniques. It is used as a stand-alone thin film, corrosion resistant, barrier coating, or as a primer for Xylan 1213. |
| Metal seals, collet connectors, offshore components and other applications to reduce wear of bearing surfaces under high load. |
1213 |
Resin-bonded, thermoset, dry-film lubricant designed for conventional spray techniques. It is formulated for high contact pressure, low-speed, wear applications and provides long-term lubrication for bearing surfaces subjected to extreme pressures. The coating is heavily loaded with MoS2 (no PTFE) and is superior to “moly” greases which wash away. Xylan 1213 is clean to the touch, unlike other moly coatings that leave a soot-like residue. |
| Valves, oil tools, chemical processing equipment, offshore components and down-hole tools. |
1311 |
Resin-bonded, thermoset, minimally lubricated coating designed for conventional spray techniques. A tough, economical, single-film PPS/PTFE coating. This product contains a small percentage of PTFE lubricant. Recommended for use when abrasion resistance is the primary characteristic sought and lubrication and/or nonwetting properties are secondary considerations. |
| Valves, oil tools, chemical processing equipment, offshore components and down-hole tools. |
1331 |
Resin-bonded PTFE, thermoset, lubricated coating designed for conventional spray techniques. A tough, economical, single-film PPS/PTFE coating. This resin-bonded coating is virtually unaffected by any solvent to 205°C (400°F). It contains a high percentage of PTFE and is recommended for use when a lubricious nonstick surface is desired. |
| Valves, oil tools, riser connectors, chemical processing equipment, offshore components and down-hole tools. |
1391 |
Resin-bonded, thermoset, non-lubricated coating designed for conventional spray techniques. A tough, economical, single-film PPS coating. This resin-bonded coating is virtually unaffected by any solvent to 205°C (400°F). May be used as stand-alone material for excellent corrosion, chemical and abrasion resistance or as a primer for Xylan 1311 or 1331. Combined, they provide an excellent two-coat system for the chemical processing industry. |
| Components needing a corrosion resistant coating, but dimensional tolerances do not permit a thick-film coating. Fasteners and threaded components for oil and gas, chemical processing, building, roofing or appliance industries. |
1400 |
Resin-bonded, thermoset, minimally lubricated coating designed for conventional spray techniques. A recoatable ”RC" coating developed to protect large fasteners from chemical exposure (especially those with high pH). Although it contains a small percentage of PTFE lubricant to facilitate installation and prevent galling, it is considered a barrier coating rather than a dry-film lubricant. |
| Fastener class coating. Any mating surfaces that requires dry lubrication in moderate contact pressure applications, such as fasteners, threaded components, hinge pins, piston casings, compressors. |
1424 |
Resin-bonded PTFE, thermoset, VOC compliant, dry-film lubricant designed for conventional spray techniques. It is primarily used on studs and bolts to prevent corrosion and facilitate make-up torque. Because of its predictable, low-friction properties, less “make-up” torque is required to produce the specified tension. During assembly, clamp loads are increased; “scatter” is reduced. Friction values are predictable and significantly enhance conventional surface treatments such as phosphate and platings. The low-friction properties also reduce “break-out” torque, which allows removal of bolting with a wrench instead of a blowtorch. Note: VOC compliance applies to USA only. |
| Applications to prevent wear of mating surfaces under extreme load such as bearings, valve springs, offshore components and down-hole tools. |
1425 |
Resin-bonded, thermoset, VOC compliant, coating designed for conventional spray techniques. It is formulated for high contact pressure, low-speed wear applications and provides long-term lubrication for bearing surfaces subjected to extreme pressures, up to 150,000 psi (10,500 kg/cm2). The coating uses a unique dual lubrication system of PTFE and MoS2 and is superior to “moly” greases which wash away and PTFE coatings which “cold flow.” Resin-bonded lubricants in Xylan 1425 stay on the job, even in harsh chemical environments. Note: VOC compliance applies to USA only. |
| Fasteners and threaded components. Suited for repetitive make-and-breaks. |
1427 |
Resin-bonded PTFE, thermoset, VOC-compliant, dry-film lubricant designed for conventional spray techniques. It is primarily used on studs and bolts to prevent corrosion and facilitate make-up torque. Because of its predictable, low-friction properties, less “make-up” torque is required to produce the specified tension. During assembly, clamp loads are increased; “scatter” is reduced. Friction values are predictable and significantly enhance conventional surface treatments such as phosphate and platings. The low-friction properties also reduce “break-out” torque, which allows removal of bolting with a wrench instead of a blowtorch. Note: VOC compliance applies to USA only. |
