Xylan® Coatings
Whitford coatings suited for oil and gas applications.
Whitford performs coating trials in the Orkneys at the European Marine Energy Centre.
Xylan®涂料
Whitford涂料适用于石油和天然气应用。
Whitford在欧洲海洋能源中心的Orkneys进行涂层试验。
Xylan® Coatings
Whitford coatings suited for oil and gas applications.
Whitford performs coating trials in the Orkneys at the European Marine Energy Centre.
| 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. |
| 在低接触压力应用中需要干式润滑的任何配合表面，如旋转执行器，化油器，轴承，安全带夹，执行器等。 |
Xylan1010 |
树脂结合PTFE，热固性，干膜润滑剂，设计用于传统喷涂技术。 它用于减少摩擦，防止划伤和磨损，或在主要（常规）润滑剂发生故障时提供二次润滑。 |
| 任何配合表面在中等接触压力应用中需要干式润滑，例如紧固件，螺纹部件，铰链销，活塞外壳和压缩机。 |
Xylan1014 |
树脂结合PTFE，热固性，干膜润滑剂，设计用于传统喷涂技术。 它主要用于螺栓和螺栓，以防止腐蚀并促进补偿扭矩。 由于其可预测的低摩擦特性，需要较少的“补偿”扭矩来产生特定的张力。 在装配过程中，夹紧力增加; “分散”减少。 摩擦值是可预测的，并显着增强传统的表面处理，例如磷酸盐和镀层。 低摩擦特性还可以减少“分离”扭矩，从而可以使用扳手而不是喷灯来拆卸螺栓。 |
| 用于防止极端负载下配合表面磨损的应用，例如轴承，密封环，阀门弹簧，海上构件和井下工具等。 |
Xylan1052 |
为传统喷涂技术设计的树脂粘合，热固性干膜润滑剂。 它专为高接触压力，低速磨损应用而设计，并为承受高达150,000 psi（10,500 kg / cm2）极压的轴承表面提供长期润滑。 涂层采用独特的PTFE和MoS2双重润滑系统，优于冲掉的“moly”润滑脂和“冷流动”的PTFE涂层。Xylan 1052中的树脂粘合润滑剂即使在恶劣的化学环境中也能保持工作状态。 |
| 设计用于紧固件和螺纹部件，以减少组装和拆卸扭矩。 |
1070 |
树脂结合PTFE，热固性，干膜润滑剂，设计用于传统喷涂技术。 它主要用于螺栓和螺栓，以防止腐蚀并促进补偿扭矩。 由于其可预测的低摩擦特性，需要较少的“补偿”扭矩来产生特定的张力。 在装配过程中，夹紧力增加; “分散”减少。 摩擦值是可预测的，并显着增强传统的表面处理，例如磷酸盐和镀层。 低摩擦特性还可以减少“分离”扭矩，从而可以使用扳手而不是喷灯来拆卸螺栓。 |
| 石油工具，水泵，阀门，执行器，叶轮和海上部分。 |
1212 |
设计用于传统喷涂技术的树脂粘合，热固性，非润滑涂层。 它用作独立的薄膜，耐腐蚀，阻隔涂层，或作为Xylan 1213的底漆。 |
| 金属密封件，筒夹连接件，海上构件和其他应用，以减少高载荷下轴承表面的磨损。 |
1213 |
为传统喷涂技术设计的树脂粘合，热固性干膜润滑剂。 它专为高接触压力，低速度和磨损应用而设计，并为承受极端压力的轴承表面提供长期润滑。 涂层含有大量MoS2（不含PTFE），优于冲洗掉的“钼”润滑脂。 Xylan 1213触感干净，不像其他摩擦涂层会留下类似烟灰的残留物。 |
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阀门，石油工具，化学处理设备，离岸组件和井下工具。
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1311 |
树脂粘合，热固性，微润滑涂层设计用于传统喷涂技术。 一种坚韧，经济的单膜PPS / PTFE涂层。 该产品含有少量的PTFE润滑剂。 推荐用于耐磨性是主要特性的要求，而润滑和/或不润湿性是次要考虑因素。 |
| 阀门，石油工具，化学处理设备，离岸组件和井下工具。 |
1331 |
树脂结合PTFE，热固性，润滑涂层设计用于传统喷涂技术。 一种坚韧，经济的单膜PPS / PTFE涂层。 这种树脂粘合涂层几乎不受任何溶剂对205°C（400°F）的影响。 它含有很高比例的PTFE，建议在需要光滑的不粘表面时使用。 |
| 阀门，石油工具，立管连接器，化学处理设备，离岸组件和井下工具。 |
1391 |
设计用于传统喷涂技术的树脂粘合，热固性，非润滑涂层。 一种坚韧，经济的单膜PPS涂层。 这种树脂粘合涂层几乎不受任何溶剂对205°C（400°F）的影响。 可作为独立的材料用于优异的耐腐蚀性，耐化学性和耐磨性，或作为Xylan 1311或1331的底漆使用。它们相结合，为化学加工行业提供了优异的双涂层体系。 |
| 部件需要耐腐蚀涂层，但尺寸公差不允许厚膜涂层。 用于石油和天然气，化学加工，建筑，屋顶或家电行业的紧固件和螺纹部件。 |
1400 |
树脂粘合，热固性，微润滑涂层设计用于传统喷涂技术。 为了防止大型紧固件受到化学物质的侵蚀（特别是高pH值的），开发了一种可重涂的“RC”涂层，虽然它含有少量的PTFE润滑剂，以便于安装和防止磨损，但它被认为是阻隔涂层而不是干膜润滑剂。 |
| 紧固件类涂层。 任何配合表面在中等接触压力应用中需要干式润滑，例如紧固件，螺纹部件，铰链销，活塞外壳，压缩机。 |
1424 |
树脂粘合PTFE，热固性，VOC兼容性，干膜润滑剂，设计用于传统喷涂技术。 它主要用于螺栓和螺栓，以防止腐蚀并促进补偿扭矩。 由于其可预测的低摩擦特性，需要较少的“补偿”扭矩来产生特定的张力。 在装配过程中，夹紧力增加; “分散”减少。 摩擦值是可预测的，并显着增强传统的表面处理，例如磷酸盐和镀层。 低摩擦特性还可以减少“分离”扭矩，从而可以使用扳手而不是喷灯来拆卸螺栓。 注意：VOC合规性仅适用于美国。 |
| 用于防止极端负载下配合表面磨损的应用，例如轴承，阀门弹簧，海上构件和井下工具。 |
1425 |
树脂粘合，热固性，符合VOC标准，涂料设计用于传统喷涂技术。 它专为高接触压力，低速磨损应用而设计，并为承受高达150,000 psi（10,500 kg / cm2）极压的轴承表面提供长期润滑。 该涂层采用独特的PTFE和MoS2双润滑系统，优于冲掉的“moly”润滑脂和“冷流动”的PTFE涂层。Xylan 1425中的树脂粘合润滑剂即使在恶劣的化学环境中也能保持工作状态。 注意：VOC合规性仅适用于美国。 |
| 紧固件和螺纹部件。 适合重复性的上和退。 |
1427 |
树脂结合的PTFE，热固性，VOC兼容的干膜润滑剂，设计用于传统喷涂技术。 它主要用于螺栓和螺栓，以防止腐蚀并促进补偿扭矩。 由于其可预测的低摩擦特性，需要较少的“补偿”扭矩来产生特定的张力。 在装配过程中，夹紧力增加; “分散”减少。 摩擦值是可预测的，并显着增强传统的表面处理，例如磷酸盐和镀层。 低摩擦特性还可以减少“分离”扭矩，从而可以使用扳手而不是喷灯来拆卸螺栓。 注意：VOC合规性仅适用于美国。 |
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