Inconel 718 Bar for Electric Power Equipment

2. Strong corrosion resistance: Resist corrosion of high-temperature flue gas, steam, electrolyte and other media in power systems, reduce equipment rust and damage, and extend service life;

3. High mechanical strength and fatigue resistance: Bear long-term high load, vibration and alternating stress in power generation operation, reduce component failure rate and ensure continuous power supply;

4. High dimensional precision: Strictly control diameter, length, straightness and roundness tolerances, meet the precise assembly requirements of power equipment components;

5. Good machinability and weldability: Easy to process into complex-shaped power parts (such as turbine shafts, valve components), and the welding strength is consistent with the base material, ensuring component integrity;

6. Stable batch performance: Uniform chemical composition and mechanical properties, suitable for large-scale production of power equipment, ensuring the consistency of components;

7. Anti-oxidation and anti-creep: Resist high-temperature oxidation and creep deformation, adapt to long-term continuous operation of power generation equipment, reduce maintenance costs.

2. Quality System Certification: ISO 9001, ISO 14001, ensuring compliance with electric power industry quality and environmental protection requirements;

3. Testing Standards: ASTM E8 (Tensile Testing), ASTM E23 (Impact Testing), ASTM E466 (Fatigue Testing), ensuring the accuracy and reliability of product performance testing.

2. International Designations: UNS N07718 (American Standard), W.Nr. 2.4668 (German Standard), EN 2.4668 (European Standard);

3. Equivalent Grades: GB GH4169 (Chinese Electric Power Standard), JIS NW7718 (Japanese Standard), fully compatible with global electric power equipment manufacturing standards.

2. Chromium (Cr): 17.00 – 21.00;

3. Iron (Fe): 14.00 – 18.00;

4. Molybdenum (Mo): 2.80 – 3.30;

5. Niobium (Nb): 4.75 – 5.50;

6. Titanium (Ti): 0.65 – 1.15;

7. Aluminum (Al): 0.20 – 0.80;

8. Carbon (C): ≤0.08;

9. Manganese (Mn): ≤0.35;

10. Silicon (Si): ≤0.35;

11. Phosphorus (P): ≤0.015;

12. Sulfur (S): ≤0.015;

13. Copper (Cu): ≤0.30.

2. 0.2% Yield Strength: ≥860 MPa;

3. Elongation (δ5): ≥15%;

4. Reduction of Area (ψ): ≥30%;

5. Hardness (HB): 300 – 380;

6. Impact Toughness (Akv, Room Temperature): ≥60 J;

7. High-Temperature Tensile Strength (650℃): ≥900 MPa;

8. Fatigue Strength (10⁷ Cycles): ≥550 MPa;

9. Thermal Stability: No obvious performance attenuation after 1000 hours of high-temperature aging.

2. Length Tolerance: Fixed Length (1m-6m): ±0.2mm/m, maximum full-length tolerance ≤0.8mm; customizable length up to 12m, meeting different power component processing needs;

3. Straightness: ≤0.15mm/m, full-length straightness error ≤0.4mm/6m, avoiding processing deformation caused by bending;

4. Roundness: ≤0.01mm (diameter ≤50mm); ≤0.015mm (diameter 50-100mm), ensuring uniform diameter and stable processing performance;

5. Surface Finish: Ra ≤0.8μm, no scratches, no oxide scale, meeting the precision assembly requirements of power equipment.

2. Corrosion resistance fits working environment: It can resist the corrosion of high-temperature flue gas, steam, electrolyte and other media in power systems, avoid component rust and leakage, and ensure the safe operation of power equipment;

3. High strength and fatigue resistance: Power generation equipment bears long-term high load, vibration and alternating stress, and the strong mechanical properties of this material can reduce component failure rate, ensure continuous power supply;

4. Machinability and batch stability: It is easy to process into complex-shaped power parts, and the batch performance is uniform, which is suitable for large-scale production of power equipment manufacturers, ensuring production efficiency and product consistency;

5. Compliance with industry standards: It fully meets the strict quality and performance standards of the electric power industry, can pass power equipment acceptance, and ensures the stability of the power grid;

6. Cost-saving: The long service life of the product reduces the frequency of component replacement and maintenance, indirectly reducing the operation and maintenance costs of power enterprises.

2. Nuclear Power Plants: Nuclear reactor cooling system components, high-temperature and high-pressure pipeline parts, control valve components (resisting radioactive media and high temperature and pressure);

3. Hydropower Plants: Hydraulic turbine components, generator rotor shafts, high-pressure valve cores (bearing high load and water corrosion);

4. Solar Thermal Power Plants: High-temperature heat exchange components, heat collector support parts (adapting to high-temperature solar radiation and thermal shock);

5. Wind Power Plants: Wind turbine gearbox shafts, generator components (resisting outdoor harsh environment and alternating load);

6. Power Transmission Equipment: High-voltage switch components, transformer accessories (resisting corrosion and ensuring stable electrical performance).

2. High Precision Demand: Power equipment components have strict assembly requirements, and the high dimensional precision of the product can meet the precise fit needs of parts, avoiding assembly errors;

3. High Performance Demand: With the upgrading of power equipment (high efficiency, large capacity), manufacturers need materials with high strength, high temperature resistance and corrosion resistance to improve equipment performance;

4. Batch Stability Demand: Uniform chemical composition and mechanical properties of the product can meet the large-scale mass production needs of power equipment manufacturers, ensuring the consistency of components;

5. Standard Compliance Demand: The product meets international and electric power industry standards, ensuring that components can pass power project acceptance and grid access;

6. Cost Control Demand: The long service life of the product reduces the frequency of component replacement and maintenance, reducing the operation and maintenance costs of power enterprises.

2. Inconel 718 Electric Power Welding Wire: Used for welding Inconel 718 bar components, ensuring welding strength and consistency with the base material, meeting electric power welding standards;

3. Inconel 718 Electric Power Tube: Used for power plant high-temperature pipelines, boiler cooling pipes and heat exchange pipes;

4. Inconel 718 Electric Power Sheet/Plate: Used for boiler shells, turbine casings and power equipment structural parts;

5. Inconel 718 Electric Power Fasteners: High-precision bolts, nuts and screws used to connect key power parts, ensuring connection strength and corrosion resistance;

6. Inconel 718 Precision Machined Parts: Finished power parts directly processed from Inconel 718 bar, such as valve stems, turbine blades and connecting rods, which can be directly assembled and used.

2. Machining Guidance: Provide professional electric power-grade machining parameters (cutting speed, feed rate, tool selection) to help manufacturers reduce processing difficulty and improve processing precision;

3. Material Traceability: Establish a full-process traceability system, from raw material procurement to finished product delivery, with complete records, which can be queried and verified, meeting the electric power industry’s quality traceability requirements;

4. Packaging Protection: Adopt anti-corrosion, moisture-proof and anti-collision packaging, each bar is separated by a protective sleeve to avoid scratches during transportation, ensuring product surface quality;

5. Technical Support: Provide professional electric power technical guidance, solve problems encountered in processing, welding and assembly, and assist manufacturers in optimizing production processes;

6. Delivery Guarantee: Short delivery cycle, support urgent power orders, ensure the production progress of electric power equipment manufacturers.