MATERIALS
Garolite G-10
High strength to weigh ratio, fire resistive, low thermal expansion coefficient, and water absorption coefficient are entirely free from corrosion risk. Garolite is perfect for insulating parts and electric circuit boards.
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Garolite G-10 At a Glance
| Process compatibility | Applications | Tolerances | Wall Thickness | Max Part Size | Strengths | Lead Time | Price |
| CNC Mill CNC Lathe |
Electrical boards, jigs and fixtures, and engine mountings with a high decree of accuracy. | Not lower than ±0.125mm (±0.005″) based on the drawing ( ISO 2768) | Minimum 0.80 mm (0.03″), but this can change depending on the proportion of the wall thickness to the linear dimension. | 200 x 80 x 100 cm | High strength to weigh ratio, fire resistive, low thermal expansion coefficient, and water absorption coefficient are completely free from corrosion risk. | Minimum 3 days. Not more than 10 days; for all complex parts. | $$$ |
Introduction to Garolite G-10
The thermoset engineering material known as Garolite G-10 is created by mixing fiberglass with phenolic epoxy. It is a robust material with a high strength-to-weight ratio, excellent impact resistance, and low moisture absorption capacity. It also has outstanding Stiffness.
Garolite is suitable for electrical insulation due to its low thermal expansion and water absorption capacity. As a result, it is widely employed in producing electrical circuit boards. Also, it can be used to create complex shapes because of its high machinability properties.
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Read more →G-10 LAMINATE DATA
Specify the laminate, not merely the generic composite name
G-10 design needs the laminate grade, thickness, reinforcement orientation, insulation function and hole/edge geometry. These details guide machining and help prevent an assumption that all glass-epoxy laminates share the same electrical or mechanical performance.
Engineering data to lock before release
| Construction | Laminate grade, thickness and reinforcement orientation |
|---|---|
| Electrical function | Insulation distance, voltage context and test requirement |
| Machining features | Holes, slots, edges and fiber-sensitive regions |
| Acceptance | Thickness, feature location and surface/edge condition |
Use the approved laminate data sheet for performance values; the material name alone does not establish them.
