Purchase Suggestions and Cost-Performance Analysis
General industrial scenarios (metallurgy, ordinary electrolysis): Choose general lubricating graphite electrodes, which are cost-effective and can meet basic high-temperature conductivity and lubrication requirements. They have the highest cost-performance ratio.
High-end material production (semiconductor, lithium battery anode): Choose high-purity lubricating graphite electrodes, with low ash content (≤12ppm) and no pollution, ensuring product quality and significant long-term benefits.
Semi-open high-temperature environment: Choose anti-oxidation lubricating graphite electrodes, which are 40% cheaper than imported similar products. They have the same durability and significantly reduce procurement costs.
Main application industries and scenarios
Metallurgical industry: Arc furnace electrodes, continuous casting machine conductive rollers, hot rolling machine electrode arms, reducing wear and energy consumption, and improving production efficiency
Electrolytic industry: Electrolytic aluminum / magnesium / zinc anodes, electroplating anodes, electrolytic water electrodes, no lubrication pollution, extending the service life of the tank body
Electrical discharge machining (EDM): Precise electrode materials, low friction to improve processing accuracy, reducing electrode loss by over 30%
High-temperature furnace field: Vacuum furnace heating electrodes, atmosphere furnace conductive components, graphite furnace electrodes, suitable for no-lubrication high-temperature conditions
The overall cost is low and the cost performance is outstanding.
Although the single purchase cost is higher than that of ordinary graphite electrodes, the service life is extended by 50-100%, reducing the frequency of replacement.
There is no maintenance cost, avoiding the labor and material expenses for purchasing, adding and replacing lubricants.
It reduces equipment downtime and improves production efficiency, resulting in a 30-40% reduction in annual comprehensive cost.
It is 40% lower in price than imported similar products, with the same durability, significantly saving procurement costs.
The process is convenient, and the installation is flexible and highly adaptable.
It can be cut, drilled, and tapped on-site, without the need for complex equipment. It is suitable for the rapid installation and renovation of various high-temperature furnaces and electrolytic cells.
It supports customizations for non-circular structures such as threads, taper, slotting, and chamfering, meeting the connection requirements of different equipment.
It can be used in combination with metals and ceramics to enhance overall performance and service life.
High density and high wear resistance, with a dense and uniform structure
The volume density reaches 1.82 - 1.89 g/cm³, with an apparent porosity of ≤ 5%, 3 - 5% higher than that of ordinary graphite electrodes
The internal closed pores account for a high proportion, providing excellent resistance to penetration and wear, and being less prone to powdering, reducing electrode wear
The compressive strength at room temperature is ≥ 98 MPa, the flexural strength is ≥ 53 MPa, and the structure is stable at high temperatures, with little tendency to fracture
Why choose us?
1. Super high quality: Comprehensive control over every aspect from materials to processes.
2. Core technology fully controllable: Proficient in key processes such as high-temperature graphitization and purification, supporting 72-hour non-standard customization response.
3. Ultimate quality guarantee: High-purity products reach 5N + purity, resistant to 3000℃ high temperature + strong corrosion, with full batch traceable testing.
4. Uninterrupted full-cycle service: Large-scale production + 5-7 days small-batch delivery, 24-hour technical response + on-site support.
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