Products in Structural Components: Dimensional Stability

Composite Materials Reinforcement A is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

NORYL™ Resin GFN2BIO3 is a 20% glass fiber reinforced blend of polyphenylene ether (PPE) + polystyrene (PS) featuring bio-based content. This injection moldable grade is renowned for its low moisture absorption, high strength, hydrolytic stability, low warpage, low specific gravity, and exceptional dimensional stability. With a UL746C outdoor suitability rating of F1, NORYL™ Resin GFN2BIO3 is ideal for a wide range of indoor and outdoor applications, including construction, electrical components, displays, and lawn and garden equipment. Manufacturers seeking a versatile material that combines strength, stability, and durability across varied environments can rely on NORYL™ Resin GFN2BIO3 for reliable performance in demanding applications.

NORYL™ Resin NH5120BIO4 is a non-reinforced blend of polyphenylene ether (PPE) + polystyrene (PS) featuring bio-based content. This injection moldable grade includes non-brominated, non-chlorinated flame retardant additives, achieving a UL94 flame rating of V1 at 1.5mm thickness. NORYL™ Resin NH5120BIO4 offers a well-rounded blend of heat resistance, flowability, hydrolytic stability, low creep, and dimensional stability, coupled with robust mechanical properties that endure challenging outdoor conditions. Specifically designed for applications such as outdoor housings and enclosures, HVAC components, and photovoltaic/solar junction boxes, NORYL™ Resin NH5120BIO4 resin provides manufacturers with a reliable material choice that meets stringent performance and safety requirements in diverse environmental settings.

Crystic® Polyester Resin 196E is a non-accelerated, non-thixotropic, orthophthalic polyester resin for use in hot climates. It has Lloyd's approval and can be used in marine, transportation, building and construction, and industrial applications. This product is particularly suitable for filament winding and pultrusion processes.

High flexural, impact and tensile strengths, and very high flexural modulus. It is constructed of glass fabric impregnated with an epoxy resin system. NP512 is engineered to provide better physical properties than NEMA FR-4, and be more dimensionally stable than standard NP510A. Applications for this material are where enhanced flexural modulus and physical strength are desired.

NP130HF is a woven glass fabric composite combined with epoxy resin system, which is engineered to provide better physical properties than standard NEMA FR-4. It is significantly more dimensionally stable than NP130 or NP510A because of its low resin content. The main application for NP130HF is for “bed-of-nails” probe boards used for printed circuit board testing, and other structural applications. Certification to IEC-60893-3-2 EP GC 202

Canvas machining grade for structural and mechanical applications. NP310HT has better impact strength than phenolic paper grades. It meets the requirements of MIL-I-24768/16, IEC-60893-4-PF CC 201 and is designed to meet GE specification A19B15B1.

SANMODUR MDX-M is tooling material (chemical board) for models & molds in various processes. It has fine surface and homogeneous cell structures good processability good dimensional stability and high heat resistance

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Grade RT310 is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength. RT310 also complies with MIL-I-24768/16, Type FBM, ASTM D709 Type II Grade C and IEC-61212-3-1 PF CC 22.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Tecodur® PB30 NL by Eurotec Engineering Plastics is comprised of Polybutylene Terephthalate. It is commonly used

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, Compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Being a hot oil treated version of RT310, RT310S is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength. RT310S also complies with MIL-I-24768/16, Type FBM and ASTM D709 Type II Grade C.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Microglass milled fibers are E-glass filaments. Microglass is used as reinforcement in composites to increase mechanical properties (impact, tensile, compressive and flexural), improve dimensional stability and minimize distortion at elevated temperatures.

Being a heat treated version of RT310, RT310H is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength. RT310H also complies with MIL-I-24768/16, Type FBM and ASTM D709 Type II Grade C. Certification to IEC standard is pending.

POM copolymer unreinforced, medium viscosity

Ponyl® 4001G40 is applied in structural parts, shells of power tools,etc.

GEHR PBT® is a semi-crystalline material from the polyester family of plastics and, due to its good thermal and mechanical properties, is counted among the polymer group of engineering plastics. It has a high surface hardness and good sliding and wear behavior.

PPS, cross-linked, reinforced with 30% high-performance carbon fiber. For extreme strength and rigidity even at high temperatures. Very good wear resistance in sliding and friction applications.

KEBABLEND / WR XB 111001/5 is a special compound based on POM, which has very good sliding behavior and high wear resistance.

POM-CF20, POM copolymer, medium viscosity, carbon fiber reinforced, electrically conductive

Polimersan Plastics Polipom (POM) is one of the most preferred Polymer due to resistance to bending and wearing,.

GEHR PA® 6 C is a high-molecular and stress-reduced PA 6, which shows a very tough behavior and which was produced by casting. Our round rods and sheets in natural color comply with the food contact regulations according to 10/2011/EC.

Next Nylon 6 Industrial Series NXF-02WH is PA6 Un Filled FR White compound.