China Graphite Anode Plate with good thermal stability Manufacturer, Supplier, Factory

Our rewards are lessen selling prices,dynamic sales team,specialized QC,solid factories,high quality services for Graphite Anode Plate with good thermal stability,Graphite Anode Plate,High quality Graphite Anode Plate,Manufacturer of Graphite Anode Plate,Graphite Anode Plate Producer, Any calls for from you'll be paid with our best interest!
Graphite Anode Plate with good thermal stability, Faced with the vitality of the global wave of economic integration, we are confident with our high-quality products and sincerely service to all our customers and wish we can cooperate with you to create a brilliant future.

Hot Products

  • Expanded Graphite Powder

    Expanded Graphite Powder

    Our company is a large manufacturer of expanded graphite powder in China, with processes including chemical oxidation (concentrated sulfuric acid method, mixed acid method, secondary oxidation), electrochemical oxidation, gas-phase diffusion method, and explosion method. The expanded graphite powder manufactured by our company is a new type of functional carbon material. Expanded Graphite (EG) is a loose and porous worm like substance obtained by intercalation, washing, drying, and high-temperature expansion of natural graphite flakes.
  • Clay Graphite Crucible

    Clay Graphite Crucible

    The clay graphite crucible produced by our company adopts a new special coating technology, which can increase the service life of the graphite crucible by nearly twice. It uses high-quality raw materials with guaranteed quality. We can customize processing according to customer needs.
  • Rutile titanium dioxide

    Rutile titanium dioxide

    The Rutile titanium dioxide produced by our company has excellent coverage and color. Its covering power is extremely strong, which can effectively conceal the color and defects of the substrate, making the coating present a uniform and bright appearance. At the same time, rutile titanium dioxide has a pure color and does not produce the common yellow or blue deviation in traditional titanium dioxide, providing stable and high-quality color performance for the product.Our company can customize rutile titanium dioxide with different parameters according to customer needs.CAS No.:13463-67-7.
  • Graphite plate

    Graphite plate

    Shandong Jiayin New Materials Co., Ltd. is an enterprise with significant influence and professional technology in the field of graphite plates, committed to providing customers with high-quality and high-performance graphite plates. With strong technical strength and innovation capability, the company has multiple intellectual property rights and a complete range of products, covering multiple fields such as mechanical carbon graphite series, high-purity graphite series, hot pressed graphite series, impregnated graphite series, etc.
  • Low Power Graphite Electrode

    Low Power Graphite Electrode

    Our company is the largest supplier of low-power graphite electrodes in China. Low power graphite electrodes, also known as ordinary power graphite electrodes, allow the use of graphite electrodes with current densities below 17A/cm2. They are mainly used in ordinary power electric furnaces for steelmaking, silicon smelting, yellow phosphorus smelting, etc. Low power graphite electrodes are specifically designed for use in electric furnaces or electrolysis processes at lower current densities and operating temperatures.
  • Gold Beneficiation Agent

    Gold Beneficiation Agent

    The gold beneficiation agent produced by our company is a chemical reagent whose main function is to separate gold from other impurities for extraction. Gold often coexists with elements such as silver and copper in minerals in nature, accompanied by other minerals. In the process of gold production, gold beneficiation agents can undergo chemical reactions with these impurities to separate them and purify gold.

Send Inquiry

X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy