Resins - Import export

Dymax GA201 forminplace (FIP)/cureinplace (CIP) gasketing resin is formulated for sealing plastic, glass and metal enclosures, and plated surfaces for automotive door handle, appliance housing, and critical electronic assembly and device applications which require a soft, tackfree, flexible gasket. Features: - Cures with UV/Visible light - Moisture resistant - Chemical resistant - Tackfree cure - Soft, durable after complete cure - Conforms to intricate channels and recesses - Compliant with RoHS directives 2015/863/EU

Dymax GA140 forminplace (FIP) and cureinplace (CIP) gasketing resin is formulated for fuel cell, automotive door handle, appliance housing, and critical electronic assembly and device applications which require a soft, tackfree, lowoutgassing, flexible gasket with compression set. Features: - Cures with UV/Visible light - Low outgassing - Cures soft and tack free - Excellent tear resistance - Clear in color - Cures in seconds - Silicone free - Conforms to intricate channels or recesses - Compliant with with RoHS directives 2015/863/EU

PolyNeo GmbH looks back on decades of experience in polymer trading. A high level of professionalism, both customer and supplier contacts that have developed over the years, in-depth market knowledge, strong cost awareness as well as the extensive technical know-how of our employees constitute the strengths of PolyNeo GmbH. For decades now, we have supported producers and customers all over the world by raw material sourcing, marketing and distribution as well as tailor-made logistics services.

Modular SOMOS® RDC stationary drying systems are suitable for efficiently drying virtually any kind of hygroscopic polymer pellets and regrind. The material is dried with heated drying air, optimum air distribution in the material being dried ensuring uniformly good drying results. ProTec designs and supplies RDC drying systems made to measure for all polymer processing processes. Material throughputs meet demand from individual machines right up to a plant's entire installed base of machinery.

Polyester resins (UP resins) form the basis of our product range in the glass fibre reinforced plastic systems business area – with a wide variety of applications. They range from thixotrope standard systems for manual lamination and fibre spraying to low-viscosity standard formulations for polymer concrete and sanitary applications to numerous special formulations for specific requirements. With a broad spectrum of properties and applications, our UP resin systems are suitable for products in a wide variety of industries. Typical properties Dense matrix / composite of approximately 1.1 g/cm³ / 1.5–1.7 g/cm³ Fibre content 25-50 % of total weight Moulded part mass per unit area of 4500-8000 g/m² Flexural modulus of elasticity 5000–25,000 MPa (with reinforcing mesh) Bending resistance of 130–260 MPa (with reinforcing mesh) Impact resistance of 45–95 KJ/m² Reinforcing materials: Continuous or cut glass fibre mats, fleece Mesh Non-crimp fabrics Special formulations and versions Styrene-reduced, environmentally friendly formulations Low-viscosity injection resins with reduced exothermic peak Formulations for the pultrusion process Systems with high chemical and hydrolysis resistance DIN 1140 versions with special mechanical values and dimensional stability under heat greater than 100 °C (HDT > 100 °C) Resins with good adhesion for combination with PVC Resin systems with shipping industry approval: Det Norske Veritas/Lloyd’s Register of Shipping/Germanic Lloyd Coordination with gel coat/top coat for surface refinement Flame protection formulations Electrical industry: UL 94 V0 Rail vehicle construction: DIN 5510 (S4, SR2, ST2)

GFK Systems PUR Systems Fire Extinguishing Agents Cleaning + Disinfection Infothek About us Contact Products Polyester Foam Resins Polyester Resins Applications Service Quality Newsletter Contact, Glass Fibre Reinforced Plastics Polyester Foam Resins Compared to conventional matrix systems for fibre-reinforced products, UP foam resins offer material and weight reductions of up to 30 % thanks to their micro-cellular foam structure. In simple sealed moulds, glass fibre reinforced plastic components that are smooth on both sides are produced cost-effectively under a vacuum in comparatively short cycle times. The production of sandwich components resistant to bending, with a foam core, and the direct integration of metal reinforcements and threaded elements – for example for large vehicle components – has also proven itself. Typical properties Dense matrix / composite of approximately 0.6–0.7 g/cm³ / 0.7–1.2 g/cm³ Fibre content 20-50% of total weight Moulded part mass per unit area of 3000–5000 g/m² Flexural modulus of elasticity 3000–8000 MPa Bending resistance of 35–185 MPa Impact resistance of 35–65 KJ/m² (with 20–35% glass content) Reinforcing materials: Continuous glass fibre mats Composite glass fibre and fleece mats Natural fibre mats Special formulations and versions Systems with long processing times for very large components Foam resin formulations with elevated dimensional stability under heat Systems for fibre-reinforced components with a high level of characteristics Coordination with gel coat / top coat for surface refinement Flame protection formulations Electrical industry: UL 94 V0 Rail vehicle construction: DIN 5510 (S4, SR1, ST2)