Products in Power, Water & Utilities: Cost Effective

THPP80-FN is a Polypropylene (PP) honeycomb cores which are a strong but flexible lightweight material that provides optimal mechanical performance in composite sandwich structures.

BB 2100 is a standard modulus carbon fiber precision cut from tow, with typical mechanical properties. These fibers are ideal for introduction into Bulk Molding Compound (BMC) materials, injection molding and pellet production for a wide range of end-use applications. Fibers come with standard epoxy-based sizing chemistry, optimized for use with most thermoset and thermoplastic resin systems. BB 2100 fibers are available as first quality certified materials as well as at discount without certifications. BB 2100 fiber is precision cut according to each customer specified length (e.g. 0.125, 0.25, 0.50 through 2.75" fiber lengths).

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion.

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion.

Mosselman Sorbitan Tristearate (26658-19-5) are non-ionic emulsifiers obtained by the esterification of dehydrated sorbitol with fatty acids. These esters are mostly water in oil emulsifiers, but they can also act as oil in water emulsifiers when they are used in combination with the ethoxylated sorbitanesters.

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion.

Boron Nitride NanoBarb™ BNNB-P-90A1 uses a proprietary, catalyst-free process, to manufacture an enhanced boron nitride nanotube called the Boron Nitride NanoBarbTM, with properties enhanced beyond typical nanotubes further making the NanoBarbTM a strategic component for improving advanced materials.

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion. Resistance to fatigue is superior, as well as its chemically stability and UV resistance. Water absorption is minimal. CoreLite PET can handle processing temperatures up to 150 °C (302 °F) . During high temperature processing it is thermally stable and no outgassing or expansion after postcure occurs. In the event of fire, no toxic gasses are generated.

THPP60-FN is a Polypropylene (PP) honeycomb cores which are a strong but flexible lightweight material that provides optimal mechanical performance in composite sandwich structures.

Australian Composites Auspreg UV is a range of UV curable resin impregnated fiber glass prepregs which have been especially designed to cure from a wet plyable form to a completely hard product within minutes through exposure to either outdoors sunlight or high intensity artificial light. The technology is useful for repairing a whole range of surfaces and parts as a long term structural solution to wood, bitumen, concrete, metals and enables repair of damaged materials without the need for costly replacement. It is also highly effective in creating and manufacturing products in place of traditional hand lay up manufacturing, infusion systems, and oven cure methodologies.

GraphCOND® graphite-based conductivity additives, you get a consistent combination of electrical conductivity and thermal conductivity. The conductivities in the end product are more or less highly defined depending on the graphite grade and degree of filling.

SURFITEX™ EU 45 G NL is a synthetic veil, designed to generate a high-quality surface during production of FRP components, including pipes, tanks, façade panels and wind blades. Surfitex™ is manufactured from 100 % polyester fibers, which are hydro-entangled with highpressure jets of water, with no chemicals added, which means there is no risk of chemical contamination of the resin. This material is highly suitable for pultrusion, filament winding, RTM, vacuum infusion and hand lay-up processes.

E-T 1200 is a E-Glass fiber type.

Mafic Basalt Direct Roving 13 µm is a diameter for reinforcement of thermoplastic and thermoset polymers.

E-LT 3200 is a E-Glass fiber type.

Polyamide 6.6(PA6.6) is a is a industrial,Sports,Leisure and automotive.

High crystalline polypropylene(PP) is a industrial,Sports,Leisure and automotive.

Mafic Basalt Direct Roving 9 µm is a diameter for reinforcement of thermoplastic and thermoset polymers.

E-3LTI 10800 is a E-Glass fiber type.

MagTHERM® is the conductivity additive of choice for applications where electrical conductivity cannot be tolerated. Or are you looking for a high-end material with a very high conductivity? If so, graphene nanoplatelets are the right solution.

E-LT 1800 is a E-Glass fiber type.

E-QX 4800 is a E-Glass fiber type.

MATLINE+ 401 is designed for use as a core material in dry and wet-on-wet hand layup and spray lamination production. It is proven as an effective alternative to glass fiber core layers, delivering consistent thickness without adding excess weight, improving rigidity whilst lowering overall manufacturing costs.

SURFITEX™ E 50 L is a synthetic veil, designed to generate a high-quality surface during production of FRP components, including pipes, tanks, façade panels and wind blades. Surfitex™ is manufactured from 100 % polyester fibers, which are hydro-entangled with highpressure jets of water, with no chemicals added, which means there is no risk of chemical contamination of the resin. This material is highly suitable for pultrusion, filament winding, RTM, vacuum infusion and hand lay-up processes.

E-LT 3600 is a E-Glass fiber type.

C-LT 0900 is a carbon fiber type.

GraphTHERM® graphite-based conductivity additives, you get a consistent combination of electrical conductivity and thermal conductivity. The conductivities in the end product are more or less highly defined depending on the graphite grade and degree of filling.

ALTAFLUOR® 2E0 FEP ENVIRO is designed specifically for use in environmental sampling applications. This cost effective choice is the preferred product for applications requiring the purity of FEP without exposure to aggressive chemical or other harsh conditions and it does not impart taste, odor or other contaminants.

SURFITEX™ E 35 NL is a synthetic veil, designed to generate a high-quality surface during production of FRP components, including pipes, tanks, façade panels and wind blades. Surfitex™ is manufactured from 100 % polyester fibers, which are hydro-entangled with highpressure jets of water, with no chemicals added, which means there is no risk of chemical contamination of the resin. This material is highly suitable for pultrusion, filament winding, RTM, vacuum infusion and hand lay-up processes.

E-T 1600 is a E-Glass fiber type.