Melamine Fiber

Description: Melamine is a lightweight, high temperature resistant, open cell foam manufactured from melamine resin. It combines excellent thermal properties with superior sound absorption capabilities to create a versatile fiber free product which can be applied in situations which may

• Features: Flameproof
• Height: 48 to 96 inch
• Mounting: Adhesive / Tape
• Product Description: Foam Sheet / Roll

Description: NP509FB is composed of a fine-weave woven glass fabric and an electrical grade of melamine resin. Featuring high arc resistance and structural strength, this very hard machining grade also offers flame and arc resistance and excellent electrical properties. The product is suitable for

• Filler Material: Fiber Glass
• Form: Molding Resin

Description: Fiber-reinforced polymer (FRP) composites are used to replace typical structural materials of steel, metal, aluminum and wood. GP Chemicals offers a complete line of products that includes GP® and RESI-LAM® resins for this market. In FRP applications with fire safety concerns or

• Filler Material: Aramid Fiber
• Form: Casting Resin

Description: NP504B is composed of a woven glass fabric combined with a high-temperature phenolic resin system. In the fully cured form, NP504B has good flexural, compressive and impact strength at elevated temperatures. The phenolic resin system also gives the product excellent creep resistance. NP504B is

• Filler Material: Fiber Glass
• Form: Molding Resin

Description: High-temperature resistance Chemical resistance FDA compliance

• Chemical / Polymer System Type: Phenolics / Formaldehyde Resins (Melamine, etc.)
• Filler Material: Aramid Fiber
• Industry: General Industrial
• Material Type / Grade: Thermally Conductive

Description: A high temperature phenolic resin developed for use in the manufacture of fiber-reinforced polymer (FRP) that meets the requirements of Military Specification MIL-R-9299C, Type II, Class 2. The product is formulated to provide low smoke generation, flame resistance and strength as well as

• Filler Material: Unfilled
• Industry: Aerospace, Military / Government (MIL-SPEC)
• Viscosity: 400 to 800 cP

Description: A high temperature phenolic resin developed for use in the manufacture of fiber-reinforced polymer (FRP) that meets the requirements of Military Specification MIL-R-9299C, Type II, Class 2 and Military Specification 64156B. The product is formulated to provide low smoke generation, flame

• Filler Material: Unfilled
• Industry: Aerospace, Military / Government (MIL-SPEC)
• Viscosity: 300 to 800 cP

Description: GP® 5018 phenolic resin is used in conjunction with GP® 4839 catalyst, for the manufacture of Fiber-Reinforced Polymer (FRP) parts. Specifically developed for hand layup and filament winding, the system is also suitable for other FRP processes. By varying the amount of the

• Filler Material: Unfilled
• Industry: Industrial
• Viscosity: 800 to 1400 cP

Description: resistance to elongation at elevated temperatures. Typical crosslinkers for industrial mat applications such as melamine formaldehydes are compatible with the hybrid emulsion and further increases the resistance to elongation at elevated temperatures. Markets Utilized In Nonwoven/Textile

• Applications: Fibers / Textiles
• Function: Binding Agent

Description: Cryo-lite® Fiberglass Blankets are made of high quality fine fibers bonded with a melamine resin and specifically designed to meet the unique insulation needs of cryogenic tank manufacturers. Cryo-lite is suitable for applications with temperatures ranging from -450°F (-268°C) to

• Applications: Industrial OEM, Other
• Material Type: Glass / Fiberglass
• Overall Length: 16.67 yd
• Overall Thickness: 1 inch

Description: RT505F (NEMA G-5) is manufactured using fine weave glass reinforcement combined with a melamine resin system. It meets the requirements of MIL-I-24768/8, Type GMG. RT505F is designed for the presence of arc and flame in electrical applications. It is an environmentally sensitive product

• Applications: Other
• Performance Features: UL Approved / Listed
• Use Temperature: 302 F

Description: RT509F (NEMA G-9) is manufactured using fine weave glass reinforcement combined with a melamine resin system. It meets the requirements of MIL-I-24768/1, Type GME. RT509F is designed for exposure to arc and flame in electrical applications. It is an environmentally sensitive product, and

• Applications: Other
• Performance Features: UL Approved / Listed
• Use Temperature: 302 F

Description: Magna-Tac A39 is a 100% solids, two-component, solvent-free, formulated epoxy adhesive in paste form specifically designed for metal-to-metal applications and for bonding other rigid materials such as glass, plastics, wood and structural laminates based on glass or fiber reinforced

• Substrate / Material Compatibility: Plastic

Description: Sonex™ sound absorbing baffles are the effective solution to your acoustic problems. Made from Melamine foam, they are fiber-free, Class 1 fire-rated and designed to hang from ceilings in open spaces to reduce reverberation and prevent noise build up that interferes with speech

• Features: Flameproof
• Height: 48 inch
• Mounting: Ceiling Attachment
• Product Description: Baffle

Description: Magna-Tac M-611 is a 100% -solids, two-component, solvent-free, formulated epoxy adhesive in paste form specifically designed for metal-to-metal applications and for bonding other rigid materials such as glass, plastics, wood and structural laminates based on glass or fiber reinforced

• Substrate / Material Compatibility: Plastic

Description: currents due motor starting. Mersen uses the best materials : fuse elements are in pure silver, caps are in silver-plated brass and body is in melamine fiber glass. As defined in the IEC 60644 the coefficient K is 0.51. Features High speed switching Voltage drive

• Approvals / Standards: IEC (UMF) Approval
• Current Rating: 430 amps
• Material: Glass
• Mounting: Other

Description: SS inner construction with 316L SS heating element. Baked-on melamine finish on galvanized steel bath exterior. Over-current protection fuse and empty-boiling preventative safety devices. Stirrers feature a powerful rare-earth magnet with smooth speed control to a maximum speed of 1500 rpm.

• Configuration: Bath Only
• Operating Temperature: 41 to 203 F
• Volume: 3.8 liters

Description: SS inner construction with 316L SS heating element. Baked-on melamine finish on galvanized steel bath exterior. Over-current protection fuse and empty-boiling preventative safety devices. Stirrers feature a powerful rare-earth magnet with smooth speed control to a maximum speed of 1500 rpm.

• Configuration: Bath Only
• Frequency Range: 60 Hz
• Operating Temperature: 41 to 203 F
• Volume: 3.8 liters

Description: SS inner construction with 316L SS heating element. Baked-on melamine finish on galvanized steel bath exterior. Over-current protection fuse and empty-boiling preventative safety devices. Stirrers feature a powerful rare-earth magnet with smooth speed control to a maximum speed of 1500 rpm.

• Configuration: Bath Only
• Frequency Range: 60 Hz
• Operating Temperature: 41 to 203 F
• Volume: 12 liters

Description: SS inner construction with 316L SS heating element. Baked-on melamine finish on galvanized steel bath exterior. Over-current protection fuse and empty-boiling preventative safety devices. Stirrers feature a powerful rare-earth magnet with smooth speed control to a maximum speed of 1500 rpm.

• Configuration: Bath Only
• Frequency Range: 60 Hz
• Operating Temperature: 41 to 203 F
• Volume: 8 liters

Description: regulations for flame spread, smoke density, and fuel contribution. FireFlex materials are constructed of lightweight, porous acoustic melamine. The material's internal structure is a spacious cellular complex of slim, flexible webs. These elastic filaments are fiber-free and

• Features: Flameproof, Surface Convolutions
• Height: 48 inch
• Mounting: Brackets, Ceiling Attachment, Other
• Noise Reduction Coefficient (if applicable): 1.1 NRC

Description: regulations for flame spread, smoke density, and fuel contribution. FireFlex™ materials are constructed of lightweight, porous acoustic melamine. The material's internal structure is a spacious cellular complex of slim, flexible webs. These elastic filaments are fiber-free and

• Features: Flameproof, Surface Convolutions
• Height: 12 inch
• Mounting: Brackets, Ceiling Attachment, Other
• Noise Reduction Coefficient (if applicable): 1.3 NRC

Description: regulations for flame spread, smoke density, and fuel contribution. FireFlex™ materials are constructed of lightweight, porous acoustic melamine. The material's internal structure is a spacious cellular complex of slim, flexible webs. These elastic filaments are fiber-free and

• Features: Flameproof, Surface Convolutions
• Height: 24 inch
• Mounting: Brackets, Ceiling Attachment, Other
• Noise Reduction Coefficient (if applicable): 1 NRC

Description: regulations for flame spread, smoke density, and fuel contribution. FireFlex™ materials are constructed of lightweight, porous acoustic melamine. The material's internal structure is a spacious cellular complex of slim, flexible webs. These elastic filaments are fiber-free and

• Features: Flameproof, Surface Convolutions
• Height: 48 inch
• Mounting: Brackets, Ceiling Attachment, Other
• Product Description: Ceiling Panel / Tile, Baffle

Description: essentially a composite of Method 6441 of Federal Test Method Standard No. 311 and Method B5 of the American Leather Chemists Association. Note 2-Melamine, if present in bonded leather, could give an artificially high value for the calculation of protein fiber. 1.2 The values stated in

Description: essentially a composite of Method 6441 of Federal Test Method Standard No. 311 and Method B5 of the American Leather Chemists Association. Note 2: Melamine, if present in bonded leather, could give an artificially high value for the calculation of protein fiber. 1.2 The

Description: essentially a composite of Method 6441 of Federal Test Method Standard No. 311 and Method B5 of the American Leather Chemists Association. Note 2: Melamine, if present in bonded leather, could give an artificially high value for the calculation of protein fiber. 1.2 The