Electrical Insulation Materials
Quick launch to:
- Canvas Laminates (SRBF)
- Paper Laminates (SRBF)
Manufactured using a
Phenolic Resin
These
electrical insulating and mechanically strong products
are available in
sheets, rods, tubes, and can be custom machined to customer
requirements.
- High Strength in
proportion to weight
- Excellent resistance
to moisture and heat
- Resistance to
corrosion
- Excellent dimensional
stability
- Good electrical
insulation properties.
Phenolic resin
impregnated paper base laminated sheet manufactured especially
to Australian Standards
AS 1795-1983 (Type X)
for Electrical Insulation purpose. This is asbestos free material and
can be easily sawn, drilled and tapped without any undue chipping, or
any sign of splitting, cracking or delaminating.
These panels have good
electrical properties and can be used in switch board
panels, meter boards,
bus bar supports and arc shields.
Supplied in sheet thickness
of 4.5mm to 25mm or can be machined to custom requirements.
Densified Wood is based
on the use of selected beech veneers in combination with synthetic
resin. Lamination is carried out at high surface pressure and elevated temperature.
Material has uniform strength and stability for a range of applications
which includes supports for busbars, cables, switches and circuit
breakers.
Supplied in sheet size of
2000mm x 1000mm or can be machined to custom requirements. Thickness
range of 6mm to 120mm
Polyester Glass laminates
offer a superior combination of electrical and mechanical properties - properties
such as dielectric strength, flame resistance, arc and track resistance,
high flexural and impact strength. Made from fibreglass-reinforced
thermoset polyester, this material will not melt under heat and has excellent
overall electrical properties.
Available in sheets, rod,
rectangular bar, channel and manufactured products. 
Epoxy glass laminates
consists of a specially woven e-glass fabric and a unique temperature
resistant epoxy resin system.
The high mechanical
strength and good dielectric properties enables this product to be used
in a wide range of applications. These include electrical and thermal applications
such as in electrical equipment, electrical machines, transformers and
specialised insulation in metal production facilities. Other areas,
include marine or general industrial application, such as compression or
reinforcing plates where structural integrity and resistance to
corrosion are essential.
Mica
has an extremely high dielectric strength, low electric loss, high
surface and volume resistivities, excellent thermal stability and high
shear and tensile strengths It is completely inert to the action
of water, acids, alkalies, oils and solvents. It if fireproof and non-inflammable,
unaffected by temperatures up to 640° C and 860° C, and is resistant to
the oxidizing action of electrical discharges.
Micas
are used in the production of a wide range of products including: stove
windows, boiler gauge packings, as fillers, as lubricants, absorbent
materials, dusting powder, packing powder, packing material, wallpaper,
roofing paper, paints, in the analysis of polarised light and are an
important source of lithium and rubidium salts.
Micas
excellent electrical, thermal and mechanical stability leads to its most
common use in thermal and electrical applications. These products are
often combined with a range of backing materials or composites to improve
the mechanical strength or to produce a form that is more easily
handled.
Available in in sheets,
tube, rolls and tapes.
- Dacron®
Polyester
- Dacron®
- Elephantide®
- Felt
- Nomex®
- Nomex®
Polyester Nomex®
|
- Non-Conductive
Nitrile Rubber
- Polyester Film
- Presspahn
- Presspahn
Crepe
- Varnished
Glass Fabric
|
