Product Introduction
Nowadays,green silicon carbide for new energy field is often used in metering rollers, coating heads, and rolling rollers and guide rollers in the negative electrode material rolling process during the coating of positive electrode material slurry due to its low surface roughness and strong wear resistance.
Moreover, its strong high temperature resistance and corrosion resistance make green silicon carbide for new energy field mainly used in laser welding fixtures and ultrasonic welding molds during battery assembly. However, in the application of new innovative fields, due to its strong heat resistance and impact wear resistance, the service life of green silicon carbide for new energy field used in new energy battery materials doubles, thereby reducing maintenance costs.
Product Parameter (Specification)
|
SiC |
Fe₂O₃ |
F.C |
|
≥99.0% |
≤0.30% |
≤0.25% |
|
SiO₂ |
Si |
Carbon |
|
≤0.05% |
69.35%-70.00% |
29.70%-29.90% |
|
True Density |
Melting Point |
HM |
|
3.20-3.25g/㎝³ |
2600-2730℃ |
9.4-9.5 |
|
Particle size distribution diagram |
|||||
|
The product complies with national standards.：GBT2480-2008 |
|||||
|
Grain distribution |
The coarsest grains |
The coarser grains |
Grain distribution |
The coarsest grains |
The coarser grains |
|
100% passed the screening |
of cells not passing through the sieve by weight %≤ |
100% passed the screening |
of cells not passing through the sieve by weight % ≤ |
||
|
10# |
6 |
8/20 |
70# |
32 |
34/20 |
|
12# |
7 |
8/20 |
80# |
34 |
36/20 |
|
14# |
8 |
12/20 |
90# |
36 |
38/20 |
|
16# |
10 |
14/20 |
100# |
38 |
40/20 |
|
20# |
12 |
16/20 |
120# |
40 |
42/20 |
|
24# |
16 |
20/20 |
150# |
42 |
44/20 |
|
30# |
18 |
22/20 |
180 # |
44 |
46/20 |
|
46# |
26 |
28/20 |
220# |
46 |
48/20 |
|
60# |
30 |
32/20 |
240# |
48 |
50/20 |
Focus On Product
Green silicon carbide for new energy field have significant advantages in electrode preparation, battery separator production, and battery assembly testing.
Green silicon carbide thanks to the low surface roughness, the overall grinding efficiency is significantly reduced by 30%. In addition, green silicon carbide has strong anti adhesion performance, which reduces contamination by impurities. Its strong corrosion resistance also extends the overall use time of green silicon carbide products compared to normal raw materials.
All in all,the value of green silicon carbide in the field of new energy batteries is reflected in its three major physical and chemical performance indicators of wear resistance, thermal conductivity, and corrosion resistance.
Currently, with the exit of traditional industrial batteries from the market and the addition of new technology batteries, green silicon carbide has become the main raw material supporting high-energy density durable batteries.
Deliver, Shipping and Serving
■ Transparent quotation.
■ Honesty and trustworthiness, sincere management.
■ Revisit regular.
FAQ
Green silicon carbide for new energy field as traditional industrial batteries fade out of the market, has accelerated the commercialization of new technologies such as solid-state batteries and sodium ion batteries in emerging industries, then has evolved into an important key raw material for durable batteries.
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