Why fibreglass non conductive materials in Alberta have a competitive edge over standard metals
Why does fiberglass non conductive materials have an
advantage over steel aluminum or fiber?
This substance is having a full-size impact in a large number of
industries like construction, waste water treatment and theme parks. But how would fiberglass non conductive
materials stand up when put in comparison to more traditional materials like
aluminum, timber or steel. Poeple choosing fiberglass non non conductive
materials in Alberta, keep the following factors in mind:
1) Fabrication
and Design
The material provides maximum flexibility in terms of its
integral design. Fiberglass non
conductive materials in Alberta can be spot-fabricated using simple a simple
set of carpenter’s tools backed with carbon or diamond tipped blades. Torches
or welding machines are not required.
The light weight of the fiberglass allows for hassle free transport and
installation. In contrast, steel
requires the involvement of specialized machinery.
2) Resilience
Fiberglass products have a strong finish. The gelcoat which is used to cover and color
finished fiberglass products can be tailor made to enhance the hardness and
durability of the product.
3) Cost
Stainless steel has a significantly lower initial material
costing compared to fiber reinforced plastic. FRP is blessed with lower
installation and repairs cost allowing for an affordable life cycle cost. Wood is cheaper but is highly prone to
degradation, causing an elevation of maintenance costs. The price of Aluminum
is comparable to the price of fiberglass polymers.
FRP is up to 3.3 X rigid as timber and will not suffer
permanent deformation under a heavy working load. The mathematical modulus of elasticity is 2.8
x 106 psi.
5) Impact
Resistance
Fiberglass will not temporarily bend or break under shock from
usual building materials. The glass mat
distributes impact load to stop outside damage, even in freezing temperatures.
6) Corrosion and
Insect Resistance
FRP provides resistance from a wide range of chemicals and
is unchanged by moisture or immersion in water, making it the best protective
coating for surfaces with exposure to chemical spillage. It also provides protection against insect
damage. Steel and aluminum are prone to environmental
oxidation and damages. They require
painting or galvanized protection for different applications. Even concrete is susceptible to water
damage. Wood can decay when exposed to
moisture and harmful chemicals. Wood is very
prone to attacks from insects, marine borers and other organic damages.
7) Strength
Fiberglass non conductive material has good flexural
strength compared to timber and pound-for-pound provides stronger protection than steel and aluminum when analyzed in the lengthwise
direction. Ultimate flexural strength is
LW-30,000 psi and CW-10,000 psi.
Compression strength is LW-30,000 psi and CW-15,000 psi respectively.
8)Weight
FRP is only 2/3 of aluminum weight and ¼ the steel weight. This makes the material much easier to lift
for installation or repairs, leading to lower maintenance and installation
costs. Fiberglass is ideal for
pulp and paper pipes, solutions in Alberta. The paper and pulp industry needs
non conducting pipes to safeguard their end products and ensure perfection in
their finish.
9) Color
A wide range of color options are available for fiberglass
non conductive materials Alberta. The same applies for the fiberglass paper and
pulp solutions available in Alberta.
10) Electrical
Conductivity
Fiberglass is non-conductive and has a high
dielectric capacity while the metals like steel & aluminum can conduct
electricity and must be grounded. Even
timber can be conductive when wet. Fiberglass is best for pulp and paper
solutions in Alberta.
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