Halogen-free, organically and inorganically filled melamine-modified Polyester moulding compound Low post-shrinkage, very good electrical values, high heat resistance,very good sliding behaviour, very good wear stability Moulded parts in electrical engineering, mainly electrical parts such as circuit breakers, relays, switches, contact terminals This product meets the allowed upper limits for heavy metals and PCAs and also conforms to the requirements of the EU directives 2002/95 (RoHS), 2002/96 (WEEE) and 2006/122 (PFOS)

Halogen-free, organically and inorganically filled melamine-modified Polyester moulding compound Excellent elasticity and shock resistance, low post-shrinkage, very good electrical values, high heat resistance, very good sliding behaviour and wear stability Moulded parts in electrical engineering, mainly electrical parts like circuit breakers, relays, switches, contact terminals This product meets the allowed upper limits for heavy metals and PCAs and also conforms to the requirements of the EU directives 2002/95 (RoHS), 2002/96 (WEEE) and 2006/122 (PFOS)

Organically and inorganically filled melamine-modified Polyester moulding compound Low post-shrinkage, very good electrical values, excellent heat resistance, very good sliding behaviour and wear stability, excellent elasticity Moulded parts in electrical engineering, mainly electromechanical parts like Contact breakers, Relays, Switches, Contact terminals This product meets the allowed upper limits for heavy metals and PCAs and also conforms to the requirements of the EU directives 2002/95 (RoHS), 2002/96 (WEEE) and 2006/122 (PFOS)

Ashland resins for the electrical market Chemistry Mixed glycol maleate resin Performance Attributes High reactivity. Low viscosity Comments BMC resin for injection and compression molding

Ashland Resins for the Pultrusion Market Chemistry Medium reactivity UPR Performance Attributes Excellent physical properties. High elongation. Good toughness. Formulated per CFR 177.2420. Typical Applications Structural shapes. Ladder rails. Beams. Cooling tower components. Pigmented components.

Ashland resins for the electrical market Chemistry Iso Polyester Performance Attributes Medium viscosity. Resilient. High Impact Strength. Toughness. Chemically thickenable Comments General Purpose. Can be used in SMC, BMC, and wet mat molding. All ingredients are FDA approved

Infusion/RTM resins Resin Properties - Greater than 4% tensile elongation - High HDT - Excellent toughness - Low Peak Exotherm

Ashland resins for the electrical market Chemistry DCPD resin in styrene Performance Attributes Medium reactivity. Good electrical properties. Comments Compression molding resin

Ashland Resins for the Pultrusion Market Chemistry Flexibilizing resin Performance Attributes Blending resin for crack-free, thick parts. Used at levels near 20%. Typical Applications Thick parts.

Ashland Resins for the Pultrusion Market Chemistry High reactivity UPR Performance Attributes Good mechanical properties. Excellent surface finish. Excellent processing. Typical Applications Parts up to 0.5 in thick. Tool handles. Window lineals. Wastewater components.

Ashland Resins for the Pultrusion Market Chemistry High reactivity UPR Performance Attributes Excellent physical properties. Good weathering. Typical Applications Rigid, thin walled parts.

Laminating resins Resin Properties - Economy-grade resin - Good physical properties - Max 35% styrene version available

Laminating resins Resin Properties - Balanced cost with physical properties - Good through cure - Very versatile resin

Ashland resins for the electrical market Chemistry Iso Resin in Vinyl Toluene Performance Attributes Crack resistance. Flexible. Strength retention. Comments Closed molding resin for electrical applications

Ashland resins for the electrical market Chemistry Iso Polyester Performance Attributes Medium Reactivity Comments BMC resin for injection and compression molding

Ashland Resins for the Pultrusion Market Chemistry High reactivity UPR Performance Attributes Premier weathering performance. Process friendly. Typical Applications Exterior shapes. UV resistant parts. Cable trays. Ladder rails.

Ashland resins for the electrical market Chemistry Mixed glycol maleate resin in vinyl toluene Performance Attributes High reactivity. High viscosity Comments BMC resin for injection and compression molding

Infusion/RTM resins Resin Properties - Class-A surface profile - Superior dimensional stability - Room temperature processing - Cures white - Fill large parts and maintain finish

Ashland Resins for the Pultrusion Market Chemistry Vinyl toluene based UPR Performance Attributes Electrical grade resin. Crack resistance. Strength retention. Typical Applications Electrical applications.

Infusion/RTM resins Resin Properties - Enhanced surface profile - Excellent fatigue failure resistance - Good storage stability

Laminating resins Resin Properties - Optimal glass wet out and processing - Enhanced surface profile - Excellent fatigue failure resistance - Faster barcol development

Infusion/RTM resins Resin Properties - Good color - Low exotherm temperature

Type: Unsaturated Polyester moulding compound, glass fiber reinforced Suggested uses: Distributor caps. Spark plug connectors. Processes: Injection molding. Compression molding. Benefits: High mechanical strength. High surface class. Improved electrical properties. Low post shrinkage. Styrene free.

Type: Unsaturated Polyester moulding compound, glass fiber reinforced Suggested uses: Bobbins. Electric devices. Fuse sockets. Lamp holder. LS and FI switches. MCB's. Micro switches. Switches and connectors. Switches for heating control units. Processes: Injection molding. Compression molding. Benefits: Flame resistant. High mechanical strength. Styrene free. UL listed. Very high dimensional stability.

Type: Unsaturated Polyester moulding compound, glass fiber reinforced Suggested uses: Bobbins. Electric devices. Fuse sockets. Lamp holder. LS and FI switches. MCB's. Micro switches. Switches and connectors. Terminal boards. Processes: Injection molding. Compression molding. Benefits: Flame resistant. High mechanical strength. Styrene free. UL listed.

Type: Unsaturated Polyester moulding compound, mainly organically reinforced Suggested uses: Electric devices. LS and FI switches. MCB's. Micro switches. Switches and connectors. Processes: Injection molding. Compression molding. Benefits: Flame resistant. High surface class. Styrene free. UL listed.

Type: Unsaturated Polyester moulding compound, mainly organically reinforced Suggested uses: Contact bridges. Electric devices. MCB's. Switches and connectors. Processes: Injection molding. Compression molding. Benefits: Halogen and heavy metal free. Improved elecrtical properties. Low post shrinkage. Styrene free. tribological type. UL listed. Very high dimensional stability.

Type: Unsaturated Polyester moulding compound. Mainly organically reinforced Suggested uses: Contact bridges. Electric devices. MCB's. Switches and connectors. Processes: Injection molding. Compression molding. Benefits: Improved electrical properties. Low post shrinkage. Styrene free. Tribological type. UL listed. Very high dimensional stability.

Type: Unsaturated Polyester moulding compound, glass fiber reinforced Suggested uses: Decor items. Electric devices. Processes: Injection molding. Compression molding. Benefits: Flame resistant. Heat resistant. High mechanical strength. Improved electrical properties. Low post shrinkage. Styrene free. UL listed.

BMC 1100, also known as CoreLyn, is a food contact safe material with excellent scratch and stain resistant properties. CoreLyn can be pigmented to match virtually any color. This glass fiber-reinforced polyester compound is suitable for compression, transfer and stuffer injection molding. As with all other BMC, Inc. compounds, CoreLyn can be supplied in logs, slugs or bulk. Typical applications are microwave dishware and serving trays.

BMC 1454 is a special low-cost material developed specifically for injection molding circuit breakers. It has considerable flame, arc and track resistance. BMC 1454 is a medium strength material with excellent flexural strength necessary to meet the arc interruption test required for circuit breakers. UL® recognized. This material was formerly known as Glastic® 1454.