Products in Refining & Gas Processing: Light Weight

A non-draining, 100% solids, no VOCs epoxy system for producing fiber reinforced epoxy composites. A single resin (StrongBond™ 400A Saturant Resin-Part A) with available choices of curing agents provides the maximum flexibility for a variety of fiber reinforced applications

CompositeWrap™ BDC20 Carbon Fabric is a medium weight, high tensile strength bidirectional carbon fabric. This material is engineered to provide extremely strong, durable and lightweight composites for structural reinforcement. CompositeWrap™ BDC20 Carbon Fabric is easy to apply, corrosion resistant and can be applied at any thickness required to provide adequate structural reinforcement. It easily wets out and can be installed using the wet lay-up technique.

A non-draining, 100% solids, no VOCs epoxy system for producing fiber reinforced epoxy composites. A single resin (StrongBond™ 400A Saturant Resin-Part A) with available choices of curing agents provides the maximum flexibility for a variety of fiber reinforced applications

A non-draining, 100% solids, no VOCs epoxy system for producing fiber reinforced epoxy composites. A single resin (StrongBond™ 400A Saturant Resin-Part A) with available choices of curing agents provides the maximum flexibility for a variety of fiber reinforced applications

CompositeWrap™ UDC20 Carbon Fabric is a medium weight, high tensile strength unidirectional carbon fabric. This material is engineered to provide extremely strong, durable and lightweight composites for structural reinforcement. CompositeWrap™ UDC20 Carbon Fabric is easy to apply, corrosion resistant and can be applied at any thickness required to provide adequate structural reinforcement. It easily wets out and can be installed using the wet lay-up technique.

A non-draining, 100% solids, no VOCs epoxy system for producing fiber reinforced epoxy composites. A single resin (StrongBond™ 400A Saturant Resin-Part A) with available choices of curing agents provides the maximum flexibility for a variety of fiber reinforced applications

CIP Composites CIP333A has dimensional stability in high temperatures (up to 400° F) and offers excellent chemical resistance. Manufactured with meta-aramid textile and a high temperature vinyl ester resin with the solid lubricant PTFE evenly dispersed throughout the resin system.

CIP Composites CIP151A is one of our most commonly used materials due to its ability to provide excellent performance in a wide range of applications and environments. 100% polyester material (textile and resin) with the solid lubrication additives PTFE and molybdenum disulfide (MoS2) evenly dispersed throughout the resin. Enhancement A is added, increasing the overall strength and reduce friction and wear.

CIP Composites CIP121 is a commonly used in general industrial applications, wet or dry, where high shock or edge loading is anticipated. 100% polyester material (textile and resin) with the solid lubricants molybdenum disulfide (MoS2) evenly dispersed throughout the resin system.

CIP Composites CIP111 is ideal for dry/indoor applications, this material offers a low maintenance and cost effective solution for eliminating external lubrication without compromising performance. 100% polyester material (textile and resin) with the solid lubricant graphite evenly dispersed throughout the resin system.

CIP Composites CIP131 is a very cost effective material commonly used for wear ring, stable in hydraulic fluids, and nonabrasive to mating surfaces.

CIP Composites CIP251A is ideal material option in high load, slow oscillating or linear slide motion applications. Manufactured with polyester and PTFE combined textile and a polyester resin with the solid lubricants PTFE and molybdenum disulfide (MoS2) evenly dispersed throughout the resin system.

CIP Composites CIP252A is a proprietary material made specifically for marine environments. Typically used as propeller shaft and rudder bushings and is recommended in sand and silty environments. Manufactured with polyester and PTFE combined textile and a high grade marine polyester resin with the solid lubrication additives PTFE and molybdenum disulfide (MoS2) evenly dispersed throughout the resin. This combination of resin reinforced with textile creates a dimensionally stable material ideal for replacing bronze in marine environments.

CIP Marine™ is manufactured with polyester textile and a high performance polyester resin with solid lubricants PTFE and molybdenum disulfide (MoS2) evenly dispersed throughout the resin. Typically used as propeller shaft and rudder bushings. CIP Marine is a proprietary material specifically developed for marine environments. This combination of resin reinforced with textile creates a dimensionally stable material ideal for replacing bronze in marine environments.

CIP Hydro™ is manufactured with polyester and PTFE combined textile along with high performance polyester resin and solid lubricants evenly dispersed lubrication throughout the material eliminating the need for additional external lubricants. Proprietary additives are included to increase the overall strength and reduce friction and wear.