Professional Plastics SG10NA.500X12.000X12.000NB G10/F4 Sheet

Product Description

The PROFESSIONAL PLASTICS SG10NA.500X12.000X12.000NB is a G10/F4 epoxyglass laminate sheet used in electrical insulation, fabrication, and structural support applications where high dielectric strength and moisture resistance are required. The sheet measures 0.5 inches thick by 12 inches wide by 12 inches long and carries a thickness tolerance of plus or minus 0.036 inches. At 5.1 pounds, it is a solid, single-piece panel suited for machining, routing, or custom cutting. The mustard yellow color is standard for G10/F4 grade material and helps with visual identification on the shop floor or job site.

G10/F4 epoxyglass laminate is widely specified in electrical and electronic fabrication, switchgear insulation, bus bar support, terminal boards, and mechanical fixture work. It performs well in environments that require dimensional stability and resistance to moisture absorption. This sheet is appropriate for professional fabricators, electrical contractors, and machinists who need a reliable dielectric substrate. The 12 inches by 12 inches format is a practical size for prototyping, custom panel work, and small-batch production.

Key Features

• G10/F4 material grade provides high dielectric strength and low moisture absorption
• 0.5 inches nominal thickness with plus or minus 0.036 inches tolerance
• Sheet dimensions: 12 inches wide by 12 inches long
• Mustard yellow color standard for G10/F4 grade - aids visual identification
• Machinable with standard woodworking and metalworking tools; suitable for routing, drilling, and sawing
• UNSPSC Code: 30265802

Compatibility

Designed as a standard G10/F4 epoxyglass laminate sheet suitable for electrical insulation panels, mechanical fixtures, and dielectric support structures where this material grade is specified.

Installation Notes

Cutting and machining of epoxyglass laminate should be performed with appropriate respiratory protection, as the fiberglass dust is a respiratory hazard. Use carbide-tipped tooling for best results when routing or drilling. Work should comply with applicable safety regulations for composite material fabrication. Verify dimensional tolerance requirements against your application before cutting to final size.