graphite electrode is acting as a conductive body which release heat in the form of arc for heating and melting steel in the furnace.According to the application, it can be divided into regular power(RP), high power(HP) and ultra high power(UHP). Graphite electrode is widely used in EAF, LRF, submerged arc furnace(producing ferroalloy, pure silicon, yellow phosphorus, calcium carbide etc), resistance furnace
graphite electrode is acting as a conductive body which release heat in the form of arc for heating and melting steel in the furnace.According to the application, it can be divided into regular power(RP), high power(HP) and ultra high power(UHP). Graphite electrode is widely used in EAF, LRF, submerged arc furnace(producing ferroalloy, pure silicon, yellow phosphorus, calcium carbide etc), resistance furnace
graphite electrode is acting as a conductive body which release heat in the form of arc for heating and melting steel in the furnace.According to the application, it can be divided into regular power(RP), high power(HP) and ultra high power(UHP). Graphite electrode is widely used in EAF, LRF, submerged arc furnace(producing ferroalloy, pure silicon, yellow phosphorus, calcium carbide etc), resistance furnace
The major products of our company include the Φ200mm1400mm ordinary graphite electrode, high power and ultra-high power graphite electrode and etc. Our graphite electrode is characterized by its high physical volume density, its super anti-press power, its low rate of electric resistance, and its strong anti-oxidizes. The quality of our product is recognized by the quality examination center of the national metallurgy carbon material sampling analyze to all attain the YB/T4088-2000YB/T4089-200YB/T4090-2000.
GRAPHITE ELECTRODES
Types available: RP / HP / UHP.
Manufactured in Hebei, China
Certificates: ISO9001, SGS, MSDS
Incoterms: CIF, FOB, CFR available
Capacity: up to 30,000 MT/Month.
AVAILABLE TYPES OF GRAPHITE ELECTRODES:
1. RP (REGULAR POWER)
DIAMETER: 100MM 700MM
LENGTH: 1000MM 2700MM
APPLICATION: SMALL AND MEDIUM-CAPACITY STEELMAKING FURNACES
FEATURES: HIGH ELECTRICAL CONDUCTIVITY, STABILITY, LOW POLLUTION.
2. HP (HIGH POWER)
DIAMETER: 200MM 700MM
LENGTH: 1000MM 2700MM
APPLICATION: HIGH-POWER ARCS, FERROALLOY PRODUCTION
FEATURES: HIGH DENSITY, LOW ASH CONTENT, DURABLE STRUCTURE.
3. UHP (ULTRA HIGH POWER)
DIAMETER: 350MM 700MM
LENGTH: 1600MM 2700MM
APPLICATION: ELECTRIC ARC FURNACES (EAF) AND METALLURGICAL PLANTS
FEATURES: MINIMAL RESISTANCE, HIGH MECHANICAL STRENGTH, LOW SHRINKAGE.
ORDER PROCESS AND SECURITY GUARANTEES
We understand that large-scale transactions require trust, transparency, and a structured approach. Below is an overview of our purchasing process:
Submission of Purchase Intent
The buyer submits a Letter of Intent (LOI) specifying the quantity, shipping terms, and order details.
Financial Verification
The buyer provides MT 199 (Proof of Funds) or a Ready, Willing & Able (RWA) statement to confirm financial capability.
Issuance of Full Corporate Offer (FCO)
Within 72 hours, the supplier provides a Full Corporate Offer (FCO) detailing pricing, terms, and contract conditions.
Contract Finalization
The buyer issues an Irrevocable Corporate Purchase Order (ICPO) within three business days. The Sales and Purchase Agreement (SPA) is signed, and a DLC 100% MT 700 or LC MT 705 payment instrument is issued for transaction security.
Shipment and Quality Inspection
The product is loaded onto the vessel and inspected by SGS at the loading port. Upon arrival at the destination, a final quality check is performed before payment release.
Global Shipping & Secure Logistics
We ensure smooth delivery to Europe, Asia, the Middle East, and the Americas, with full compliance with international trade regulations.
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DSA Anode
DSA anode, also known as dimensionally stable anodes, are titanium or niobium substrate anodes coated with mixed oxide catalysts of noble metals; composed of different elements such as iridium, ruthenium, tantalum, platinum and rhodium. Depending on the gas produced in the anode during the electrochemical oxidation reaction, DSA anode can be divided into chlorine precipitation anodes and oxygen precipitation anodes, respectively.
With high conductivity, long-term stability and strong corrosion resistance, DSA electrodes can be used as electrolytic anodes, which are widely used in the chlor-alkali industry, water treatment, seawater desalination, sodium hypochlorite production, electrolytic deposition and metal plating processes.
Utilizing our state-of-the-art process technology, Giant is able to provide anodes in a variety of shapes and sizes: sheets, plates, strips, webs, wires, filaments, rods, tubes, or combinations/assemblies thereof.
Product Advantages
With excellent corrosion resistance, low oxygen precipitation overvoltage, no pollution of cathode products, it is expected to replace the traditional Pb anode and realize energy saving and emission reduction.
Principle of operation
DSA anodes consist primarily of a substrate material (usually titanium) coated with a thin layer of precious metal oxides (e.g. ruthenium, iridium and titanium oxide). These oxides provide the anode with the necessary electrical conductivity and catalytic properties for efficient electrochemical reactions.The chemical composition of the DSA anode facilitates the formation of a stable passivation film, which prevents corrosion and ensures a longer service life compared to conventional anodes.
System Composition and Structure
The DSA coated titanium anode consists of a titanium substrate with a uniform and continuous noble metal oxide coating. This structure provides excellent conductivity and stability during operation. The use of different precious metals in the coating can be customized for specific application requirements.
MMO Electrode
MMO Titanium electrode is the process of using electricity to break down water into hydrogen (H 2 ) and oxygen (O 2 ). MMO Coated Titanium Anodes are the anode portion of hydrogen electrolysis. MMO-Coated Titanium Anodes are also known as dimensionally stable anodes, where MMO is an acronym for mixed metal oxide.
MMO Coated Titanium anodes have a longer service life than conventional anodes. Its mixed metal oxide coating protects the titanium anode from corrosion and extends its service life. In addition, the coating increases the surface area of the anode, which improves reaction efficiency and ensures efficient operation over time. This allows the use of higher current densities and lower operating voltages, thereby reducing energy consumption and operating costs.
Overall, MMO-coated Titanium Anodes are an efficient option, especially for hydrogen production processes. Titanium MMO anode is suitable for a wide range of environments, including seawater, brackish water, fresh water, carbon backfill, concrete, sand and soil.
Specifications
Material: Gr1 titanium alloy as substrate, MMO as coating
Coating metal: Ruthenium-Iridium, Iridium-Tantalum, Ruthenium-Iridium-Tin, Ruthenium, PbO2, Pt (Platinum)
Coating thickness: 0.1â??15�¼m
Type: Sheet/mesh/tube/rod/felt, available in different sizes and shapes, or according to customer drawings
Working parameters:
Current density: â?¤2,000A/m2
Working current range: Working environment: pH 0.1â??14
Maximum fluoride ion content: 200PPM
MMO Ti Rod Anode
Titanium Rod Anodes, Coated with Triple Metal Oxide - MMO, Sizes starting from 2mm Dia sold in various pre - cut lengths.
Applications : water electrolysis, Hydrogen Evolution, Oxgen Evolution, metal electrowinning, cathodic protection
For sizes not listed here, custom lengths/sizes and large quantities, please forward your requirements to contact us
Sinometal Carbon is one of the leading manufacturer and exporter of Graphite Electrode in China, with total production of 100,000TPA. We are engaging in producing high quality Graphite electrode from D200mm-D700mm (NP, HP, SHP, UHP) used for global metallurgical industry. After years of experience in research and development, we are equipped ourselves with the advanced production, inspection and test equipments, including calcinations, press, baking, pitch impregnation, graphitization, machining, an advanced and complete production process.
Sinometal Carbon is one of the leading manufacturer and exporter of Graphite Electrode in China, with total production of 100,000TPA. We are engaging in producing high quality Graphite electrode from D200mm-D700mm (NP, HP, SHP, UHP) used for global metallurgical industry. After years of experience in research and development, we are equipped ourselves with the advanced production, inspection and test equipments, including calcinations, press, baking, pitch impregnation, graphitization, machining, an advanced and complete production process.
Our graphite electrodes has the following feature:
1. Lower electric resistivity, good electric and heat conductivity;
2. High mechanical strength under high temperature;
3. High resistance to thermal shock and mechanical vibration;
4. Lower ash content;
5. According to the customer's feedback information, our electrodes used in EAF/LF with the pretty lower consumption per ton steel.
Sinometal's products with high strength, good conductivity and thermal shock resistance, low consumption are widely used in metallurgical Industries all over the world.
We have a team of dedicated experts who are passionate about the Graphite technology and also on-site service technicians who are very experienced in a variety of furnaces, which is a distinct advantage for the users.
Sinometal Carbon is one of the leading manufacturer and exporter of Graphite Electrode in China, with total production of 100,000TPA. We are engaging in producing high quality Graphite electrode from D200mm-D700mm (NP, HP, SHP, UHP) used for global metallurgical industry. After years of experience in research and development, we are equipped ourselves with the advanced production, inspection and test equipments, including calcinations, press, baking, pitch impregnation, graphitization, machining, an advanced and complete production process.
Sinometal Carbon stands as a beacon of excellence in the realm of graphite electrode manufacturing and exporting within China, boasting an impressive production capacity of 100,000 TPA. Renowned for crafting premium graphite electrodes ranging from D200mm to D700mm (including NP, HP, SHP, UHP), our products are indispensable to the worldwide metallurgical industry. With years of dedicated research and development, we have armed ourselves with cutting-edge production, inspection, and testing facilities. Our advanced and comprehensive production process encompasses calcination, pressing, baking, pitch impregnation, graphitization, and machining, ensuring top-tier quality.
Our graphite electrodes are distinguished by the following remarkable features:
1. Reduced electric resistivity paired with excellent electrical and thermal conductivity, ensuring efficient performance;
2. Exceptional mechanical strength even at soaring temperatures, allowing for enduring durability;
3. Superior resistance to thermal shock and mechanical vibrations, providing reliability in extreme conditions;
4. Minimal ash content, ensuring purity and cleanliness in application;
5. Based on invaluable customer feedback, our electrodes demonstrate impressively low consumption rates per ton of steel, specifically when utilized in EAF/LF.
Graphite electrodes, encompassing RP, RPI, HP, SHP, and UHP varieties, find their extensive applications in electric arc furnaces and refining furnaces, crucial for the production of alloy steels, other metals, and non-ferrous metals.
The standard dimensions of graphite electrodes that we supply include:
(Diameters ranging from 75mm to 700mm)
Our graphite electrodes boast the following characteristics:
Low electrical resistivity combined with superb electrical and thermal conductivity;
High mechanical strength under high temperatures, ensuring robust performance;
High resistance to thermal shock and mechanical vibration, providing stability;
Reduced ash content, ensuring enhanced quality and purity;
According to insightful customer feedback, our electrodes used in EAF/LF delivered lower graphite electrode consumption rates per ton of steel.
Industry-specific attributes
CAS No. 7440-22-4
Purity 70.0±1.0%
Other attributes
Place of Origin Guangdong, China
Other Names SILVER PALLADIUM PASTE
Grade Standard Electron Grade, Industrial Grade
Application Chip varistors
Brand Name LONGXIN
Model Number LX-APC057001
Solid content(%) 70.0�±1.0
Metal Ratio(Ag/Pd) 95/05
Viscosity (dPa.s) 25�±5.0
Fineness(�¼m) â?¤5.0
Application Chip varistors
Packaging and delivery
Selling Units: Single item
Single package size: XX cm
Single gross weight: kg
are mainly used for removing weld bids and over-welded parts. The shape of rectangular prevents over removing of materials by excessive arc concentrating.
Dear sir
ASOKAA ALLOYS is one of the celebrated manufacturer, supplier and
exporter of WELDING ELECTRODES having certifications of,
ISO 9001:2008 ACCREDITED BY TUV-SUD,
PRODUCT IS APPROVED BY BEARUE OF INDIAN STANDARDS
(ISI),
REGISTERED WITH NATIONAL SMALL INDUSTRIES
CORPORATION (NSIC)
As an established supplier in the industry, we can provide the best
products and services to meet all needs. We also have good infrastructures from
machineries, chemical lab, mechanical testing facilities and effective team
work, enjoys the loyalty and good reputation among our clientele worldwide for
good quality products.
OUR PRODUCTS ARE
1. MILD STEEL ELECTRODES
2. LOW HYDROGEN ELECTRODES
3. STAINLESS STEEL ELECTRODES
4. HARD FACING RODS
5. CAST IRON RODS
6. LOW HEAT INPUT ELECTRODES
7. CUTTING & GUOGING
Our Welding electrodes are suitable for number of Industries like
Cement, Thermal Power, Mining, Steel, Sugar, Railways, Transportation
and Fabrication Industries.
MMO Electrode
Hydrogen electrolysis is the process of using electricity to break down water into hydrogen (H 2 ) and oxygen (O 2 ).MMO coated titanium anodes are the anode portion of hydrogen electrolysis. MMO-coated titanium anodes are also known as dimensionally stable anodes, where MMO is an acronym for mixed metal oxide.
MMO coated titanium anodes have a longer service life than conventional anodes. Its mixed metal oxide coating protects the titanium anode from corrosion and extends its service life. In addition, the coating increases the surface area of the anode, which improves reaction efficiency and ensures efficient operation over time. This allows the use of higher current densities and lower operating voltages, thereby reducing energy consumption and operating costs.
Overall, MMO-coated titanium anodes are an efficient option, especially for hydrogen production processes. It is suitable for a wide range of environments, including seawater, brackish water, fresh water, carbon backfill, concrete, sand and soil.
