International level 600 MESH SILICA SAND OF FILLING ON EPOXY RESIN
AND HARDENER FOR 26KV current transformer
SILICA POWDER SAND FOR EPOXY RESIN
The granulometric data and physical characteristics of silica
powder used with epoxy resin for transformers can vary depending on
the specific requirements of the application. However, here are
some general data and characteristics that may be relevant:
Granulometric Data: Silica powder used with epoxy resin for
transformers typically has a particle size distribution ranging
from 5 to 50 microns. The distribution of particle sizes is
important because it can affect the viscosity and flow properties
of the epoxy mixture, as well as the mechanical properties of the
cured material.
Physical Characteristics: Silica powder is a fine, white powder
that is odorless and insoluble in water. It has a high melting
point (around 1,710°C or 3,110°F) and is chemically inert, meaning
that it does not react with other materials. Silica powder is also
non-toxic and has low electrical conductivity.
Density: The density of silica powder can vary depending on the
specific grade and particle size. Generally, it ranges from 2.2 to
2.7 g/cm3.
Thermal Conductivity: Silica powder has a low thermal conductivity,
which means that it does not conduct heat well. This can be useful
in transformer applications, where it is important to minimize heat
transfer between different components.
Moisture Content: Silica powder can absorb moisture from the air,
which can affect its properties and performance. Therefore, it is
important to store and handle silica powder in a dry environment.
Overall, the granulometric data and physical characteristics of
silica powder used with epoxy resin for transformers can play an
important role in determining the performance and properties of the
final product. It is important to choose the right type and grade
of silica powder to ensure that it meets the specific requirements
of the application.
Product Description:
C03 SILICA SAND FOR EPOXY RESIN
Features:
Crystalline silica is produced from a high purify quartz feed stock
for manufacturing and
formulation of applications which require structurally sound,
chemically pure or non-reactive fine mineral fillers.
Completely inert and pH neutral, we will not alter or initiate when
incorporated in
Catalyzed or multi-component chemical systems, and will not degrade
when employed
In extreme temperatures or harsh environments. We offers
formulators a low surface
Area, minimal oil absorption to achieve high loading in coatings
and cementitious systems
And stiffening in elastomeric and high performance epoxy.
Chemically pure we also serves an
Excellent nonconductor in electrical assemblies and potting
compounds, and a non-combustible
Filler in thermal insulating.
The grade is processed with adherence to ISO and internal quality
assurance programs.
The result is chemical purity and consistently uniform particle
size distributions for predictable results supported by reliable
services.
Granulometric Data & Physical Characteristics
Mean values. These do not represent a specification
Residual(µm) 150 ----- %
106 0.02 %
75 0.05 %
45 1.70 %
38 7.95 %
Laser Particle size
(µm) 2 10.48 %
D10 1.87 µm
D50 18.07 µm
D90 50.34 µm
Surface Area, Blaine 1.10 m2/g
Oil Absorption 18.50 g/100g
PH 6.63
Whiteness 90.13
Bulk density, loose 0.70 g/cm3
Moisture 0.02 %
Hubei Plant and Guangdong plant:
