Product Description:
Molybdenum glass melting electrode
Why use molybdenum electrodes?
Molybdenum is a refractory metal with a melting point of 2620°C (4748°F) and an electrical conductivity in the range of 1.914x107σ. Molybdenum material not only has good electrical and thermal conductivity, but also has excellent corrosion resistance and creep resistance, making it an ideal material for electrodes that withstand high temperatures and corrosive molten glass. The high purity of pure molybdenum ensures that the glass will not be affected by impurities during the production process, and the finished product is clear in color and free of impurities, which not only improves the yield of finished products, but also reduces production costs.
When it comes to molybdenum electrode glass melting, molybdenum electrode China factory is the best choice for customers. We provide reliable quality products with excellent performance and competitive prices. Our products are customized according to customers’ requirements and can be delivered quickly to meet customers’ needs. We are committed to providing the best service and products to our customers.
Effect of Molybdenum Electrode Purity on Glass Preparation:
The most significant markers of a molybdenum electrode's quality are its impurity content ratio, forging density, and density uniformity, both of which have an impact on how glass is prepared. First off, contaminants mostly have an impact on the glass' transparency, the glass melting furnace's lifespan, and the molybdenum electrode. Since the melting temperature of impurities like iron and nickel is substantially lower than that of molybdenum and glass, these impurities will melt into the glass and cause it to prematurely corrode the molybdenum electrode, resulting in poor transparency and damage to the electrode. The molybdenum electrodes were readily fractured due to the malfunctioning melting furnace.
Our purity can achieve 99.98%,and Our electrodes are highly recognized by customers and the quality is very good.
Customization:
PRM Molybdenum Electrode for Glass Melting
Brand Name: PRM
Place of Origin: China
Certification: ISO9001
Minimum Order Quantity: 1pc
Price: Negotiate
Packaging Details: Plywood case
Delivery Time: 7~10days
Payment Terms: T/T,L/C
Supply Ability: 2000kgs/month
Hardness: ≥HV900
Thermal Expansion: 4.6×10^-6/K
Size: Customized
Tensile Strength: ≥900MPa
Density: 10.2g/cm3
Molybdenum Electrode for Glass Melting
PRM molybdenum electrode is an ideal choice for glass melting. It has a diameter of 50.8mm,63mm,75mm,80mm,32mm and high hardness, thermal expansion and tensile strength. With good corrosion resistance and high density, it is an excellent material for glass melting. It is certified by ISO9001 and available in customized size.
Support and Services:
Molybdenum Electrode Technical Support and Service
We provide technical support and service for Molybdenum Electrode. Our team is well-trained and experienced in the products we provide. We have the expertise to help you get the most out of your Molybdenum Electrode.
We also provide a wide range of spare parts and replacement parts for your Molybdenum Electrode. We can help you find the right parts for your particular model and make sure it will fit properly. We can also help you with repairs and troubleshooting if needed.
If you have any questions or concerns about the Molybdenum Electrode, please do not hesitate to contact us. Our team is always here to help.
Packing and Shipping:
Packaging and Shipping of Molybdenum Electrode:
Molybdenum Electrode is usually packaged in plywood case.The package should be labeled with information such as the electrode size, grade, and manufacturer. The electrode should then be placed in a sturdy cardboard box and sealed securely with packing tape.
Shipping of the Molybdenum Electrode should be done with a reliable courier service. It is important to ensure that the package is properly labeled and insured for the full value of the product. The package should also be tracked to ensure that it reaches its destination safely and on time.
FAQ:
