Industrial Plastic Materials
Firstly, and importantly, Sentinel leads the way in its variety of parts Machined in Industrial Plastic Materials.
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Industrial Plastics Laminates and Composites
Polyester Glass Material (PGM) Glastic ® Delmat ® Durapol ® Tufnol ® GPO
Noteworthy, extensively used for busbar supports, switchgear barriers and transformer spacers. Certainly, Industrial Plastic Thermoset sheet, angles and channels have excellent electrical and mechanical properties.
Densified Wood Permali ® Lignostone ®
Also available, Laminated Densified wood has good electrical insulation and resistance to abrasion and wear.
SRBP – Phenolic Paper
Extremely popular, a Range of grades from Industrial Plastics Commercial Paper BS2572/P1 to high electrical grade paper BSEN60893-3-4-PFCP206.
SRBF – Phenolic Fabric
Also, for extra strength, A Range of grades from Commercial fabric BS2572/F2 to high electrical and mechanical grade fabric BSEN60893-3-4-PFCC305
Industrial Plastics GPO3 Read More
Also available, Industrial Plastic engraving materials. Moreover, in a range of 2 or 3 ply laminates in many different colours
Noteworthy, preferred material for operating at elevated temperatures. Furthermore, offering thermal insulation performance and outstanding electrical properties.
More Industrial Composite Plastic Materials – Glass Based Laminates (G10, FR4, G11)
Epoxy Glass Laminates – A Range of Industrial Plastics grades including G10, FR4 and G11
10G/40: A popular epoxy glass laminate with extremely high mechanical and electrical strength. Furthermore it has Good dielectric properties under dry and humid conditions. Excellent rigidity and dimensional stability. Suitable for use at Class B (130°C) temperatures. In addition meets requirements of BSEN60893-3-2 EPGC201 (BS3593 EP3 & NEMA G10).
FR4: Also an industrial plastic material, epoxy glass laminate based on a medium weave glass cloth. Having excellent mechanical and flame resistant properties. For applications up to 130°C (Class B). Also meets requirements of BS3953 EP4 and NEMA FR4, NEMA G10. ( Industrial Plastics Laminates).
EP7: Another epoxy glass laminate based on a medium weave glass cloth. Also having excellent electrical, mechanical and thermal properties (Class F, 155°C) when compared to conventional laminates. Also meets requirements of BSEN60893-3-2 EPGC203.
10G/50: This is a Silicone glass grade with high temperature resistance. As a result has excellent dielectric properties and low loss tangent.
6G/92: Finally this Is a Polyimide Glass suitable for temperatures up to 260°C continuously and 300°C intermittently. Furthermore it has excellent electrical and mechanical properties, flexural strength, rigidity and dimensional stability. Also meets requirements of BS EN 60893-3-7 PI GC 301 (AFS1386).
GPO3 Machining-Industrial Plastics Material
So, GPO3 engineering Industrial Plastics material is a blend of fiberglass with a polyester resin. Hence the result is materials that offer excellent ark and track resistance. In addition various grades of GPO materials are available in sheet, rod, tube and shape forms. Also a particularly popular grade of GPO is GPO3. Perhaps the reason why many Technical departments specify this grade due to its high temperature insulation capabilities.
Especially relevant, based on the needs of its particular application, GPO comes in several grades. Also they are available in sheet, rod, tube and shapes. Plastic Machining and Plastic CNC Machining also Machining Services.
Hence there are many advantages to using GPO3 Machining Industrial Plastics Materials. Most noteworthy being that is highly flame resistant. But also having excellent Electrically Insulating properties with very High strength.
Finally and importantly it is also available in a varying cataloged selection of channels & angles.
All industrial plastic material machined parts manufactured by Sentinel Plastics Ltd, are, customer specific, bespoke parts. Thus either, working from Prototypes, drawings, making a One off or hundreds of parts. Sentinel Plastics has flexibility to meet most requirements.
As well, the material is nearly immune to shrinkage, holding its form factor and dimensional stability at temperatures as high as 285° F. This property makes it ideal for use in electronic equipment with components that generate excessive heat. Should it combust at higher temperatures, the bromine added during the manufacturing process renders it self-extinguishing, another important factor for making its use in aerospace engineering so prominent.
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