Product Description
Lithium battery wear-resistant ceramic tubes have alumina content of 92%, 95%, and 99%, which are made through
sintering and precision machining processes. Ceramics have
excellent wear resistance, corrosion resistance, high hardness,
higher smoothness than metal materials, and easy installation.
Product parameters
| Items | Specifications |
| Al2O3 | ≥95% | ≥ 99% |
| Density | >3.8g/cm3 | >3.83g/cm3 |
| HV10 | ≥1200 | ≥1300 |
| Rock Hardness HRA | ≥85 | ≥90 |
| Bending Strength MPa | ≥330 | ≥340 |
| Compression strength MPa | ≥1200 | ≥1300 |
| Fracture Toughness KIc MPam 1/2 | ≥4.0 | ≥4.2 |
| Volume wear | ≤0.02cm3 | ≤0.01cm3 |
Factory introduction
The company's products have high strength, high hardness, wear
resistance, and corrosion resistance. The products are exported to
Japan, South Korea, Germany, the United States, the United Kingdom,
Australia and other countries. The products are divided into the
following series
1. Wear resistant ceramic sheet
2. Wear resistant ceramic liner
3. Wear-resistant ceramic composite pipelining
4. Lithium battery wear-resistant ceramic tube
5. Ceramic bushing tee
6. Wear resistant ceramic roller encapsulation
7. The overall equipment is lined with ceramics
8. Accessories on construction machinery ceramic pump tube, ceramic
transition sleeve
Our Advantages
1. The manufacturing process complies with the ISO9001 standard.
2. We can provide customers with free samples and deliver them
within 24 hours
3. The fast delivery time is 25-30 days
4. Provide OEM and buyer-label service.
5. High quality, competitive price, excellent service
6. Lithium battery wear-resistant ceramic tubes can be customized according to customer needs.
Product certification and product testing model
The company strictly controls each process of product production.
We will have a series of testing equipment to conduct quality
inspections to ensure that each factory product is 100% qualified.
Testing equipment includes:
| Testing equipment | Testing purpose |
| Rockwell hardness tester | measuring the hardness of ceramics |
| Sandblasting testing machine | measuring ceramic abrasion |
| Universal material testing machine | measuring the compressive strength of ceramics |
| Microscope | Porosity Analysis of Ceramic Surface |
| Universal material testing machine | measuring the compressive strength of ceramics |
| Tensile testing machine | Tensile testing |
| Density meter | ceramic density analyzer |
| Impact testing machine | ceramic compressive strength test |
Why is the wear-resistant ceramic pipe popular for lithium
batteries?
The use of lithium batteries has become prevalent in recent years
with the development of various electronic devices, tools, and
appliances. As a result, the demand for lithium battery cathode
material pipelines is increasing constantly. The pipeline is
responsible for transporting the lithium battery cathode material
that powers devices, and it is a critical part of the lithium
battery cell manufacturing process.
In the past, there were only two types of cathode material
pipelines used in the lithium battery industry: metal pipelines and
glass pipelines. However, in recent years, wear-resistant ceramic
lithium battery pipelines have become increasingly popular. The
reason for this is that these ceramic pipes offer several unique
benefits over their metal and glass counterparts.
One of the biggest advantages of using wear-resistant ceramic
pipelines is their significant improvement in durability and wear
resistance. These pipes are made from advanced materials that allow
them to withstand extreme operating conditions, such as high
temperatures, mechanical wear, and chemical corrosion. This ceramic
material is highly resistant to abrasive and erosive wear, making
it ideal for use in harsh industrial environments.
Another benefit of using wear-resistant ceramic pipelines is their
superior thermal insulation properties. The material used in these
pipes enables them to maintain a stable temperature, which is
essential for the proper functioning of lithium battery cells. This
stability helps to reduce the risk of temperature-related damage to
the internal components of the battery, prolonging battery life.
Furthermore, wear-resistant ceramic pipes are highly resistant to
chemical corrosion, making them an ideal choice for lithium battery
cathode material pipelines. This is because the lithium battery
cathode material tends to react with the environment, causing
degradation and damage to the pipeline. However, the advanced
materials used in wear-resistant ceramic pipes are highly resistant
to chemical corrosion, which helps to protect the pipeline and
prolong its useful life.
In addition to their durability, wear-resistant ceramic pipelines
provide superior dimensional stability, which is essential for
maintaining the accuracy and precision of lithium battery cell
manufacturing. They also offer high resistance to abrasion, impact,
and other forms of mechanical wear, which helps to maintain the
integrity of the battery cell and prevent failure.
In conclusion, wear-resistant ceramic pipelines offer a range of
benefits that, combined with their high durability and resistance
to wear, corrosion, and temperature changes, make them an excellent
choice for lithium battery cathode material pipelines. Their
increasing popularity in recent years can be attributed to their
unique benefits, which make them a more reliable and cost-effective
option for lithium battery cell manufacturing.
