Forging
Based on their capabilities, ZYTC can produce a wide range of forgings from various materials according to drawings or specifications and also handle subsequent processing. These forgings can be used in a variety of industries, including:
1.Aerospace: High-strength, heat-resistant forgings for aircraft structures and engine components.
2.Automotive: Forgings for engine parts, suspension systems, and transmission components to enhance durability and safety.
3.Energy Sector: Components for oil and gas extraction equipment, power generation units, requiring high wear resistance and corrosion resistance.
4.Heavy Machinery: Key structural parts for mining equipment, construction machinery, etc.
5.Tooling and Molds: Forgings for manufacturing tools, molds, and other high-precision equipment.
These forgings typically need to meet specific mechanical properties such as high strength, toughness, temperature resistance, or corrosion resistance to meet the stringent requirements of various industries. If you have specific needs or a project in mind, providing more details would help in offering more tailored advice.
Alloys
Nickel Alloy & Cobalt Alloy(73)
Product | |
---|---|
Hastelloy B-2 | View alloy |
Hastelloy B-3 | View alloy |
Hastelloy C-4 | View alloy |
Hastelloy C-22 | View alloy |
Hastelloy C276 | View alloy |
Hastelloy C2000 | View alloy |
Hastelloy G | View alloy |
Hastelloy G3 | View alloy |
Hastelloy G30 | View alloy |
Hastelloy G-35 | View alloy |
Hastelloy N | View alloy |
Hastelloy S | View alloy |
Hastelloy W | View alloy |
Hastelloy X | View alloy |
Haynes 25 | View alloy |
Haynes 75 | View alloy |
Haynes 188 | View alloy |
Haynes 214 | View alloy |
Haynes 230 | View alloy |
Haynes 244 | View alloy |
Haynes 282 | View alloy |
Haynes 242 | View alloy |
Nimonic 263 | View alloy |
Haynes 556 | View alloy |
Incoloy 20 | View alloy |
Incoloy 28 | View alloy |
Incoloy 205 | View alloy |
Incoloy 330 | View alloy |
Incoloy 800 | View alloy |
Incoloy 800H | View alloy |
Incoloy 801 | View alloy |
Incoloy 800HT | View alloy |
Incoloy 825 | View alloy |
Incoloy 840 | View alloy |
Incoloy 901 | View alloy |
Incoloy 903 | View alloy |
Incoloy 907 | View alloy |
Incoloy 909 | View alloy |
Incoloy 925 | View alloy |
Incoloy 926 | View alloy |
Incoloy 945 | View alloy |
Incoloy A286 / SUH660 | View alloy |
Inconel 600 | View alloy |
Inconel 601 | View alloy |
Inconel 602CA | View alloy |
Inconel 617 | View alloy |
Inconel 625 | View alloy |
Inconel 686 | View alloy |
Inconel 690 | View alloy |
Inconel 713C | View alloy |
Inconel 718 | View alloy |
Inconel 722 | View alloy |
Inconel 725 | View alloy |
Inconel 738LC | View alloy |
Inconel 751 | View alloy |
Inconel X-750 | View alloy |
Monel 400 | View alloy |
Monel 401 | View alloy |
Monel 404 | View alloy |
Monel R405 | View alloy |
Monel 450 | View alloy |
Monel K-500 | View alloy |
Nimonic 75 | View alloy |
Nimonic 80A | View alloy |
Nimonic 86 | View alloy |
Nimonic 90 | View alloy |
Nimonic 91 | View alloy |
Nimonic 105 | View alloy |
Nimonic 115 | View alloy |
Nimonic PE11 | View alloy |
Nimonic PE16 | View alloy |
Nimonic PK33 | View alloy |
Nickel 200/201 | View alloy |
Stainless Steel(21)
Product | |
---|---|
301 | View alloy |
304 | View alloy |
309/309S | View alloy |
310S/310 | View alloy |
316/316L | View alloy |
321/321H | View alloy |
347/347H | View alloy |
410/410MOD | View alloy |
420 | View alloy |
422 | View alloy |
430/430F | View alloy |
431 | View alloy |
440A | View alloy |
13-8Mo | View alloy |
15-5PH | View alloy |
15-7Mo | View alloy |
17-7PH | View alloy |
17-4PH | View alloy |
254SMO | View alloy |
904L | View alloy |
Al-6XN | View alloy |
Titanium Alloy(13)
Product | |
---|---|
Titanium 6Al-2Sn-4Zr-2Mo AMS 4919 | View alloy |
Titanium 6-6-2 (6Al-6V-2Sn) | View alloy |
Titanium 8-1-1 (8Al-1Mo-1V) | View alloy |
Gr.1 | View alloy |
GR.2 | View alloy |
GR.3 | View alloy |
GR.4 | View alloy |
GR.5 | View alloy |
GR.6 | View alloy |
GR.7 | View alloy |
GR.9 | View alloy |
GR.12 | View alloy |
Ti-6Al-7Nb | View alloy |
Copper Alloy(20)
Product | |
---|---|
C17200 | View alloy |
C11000 | View alloy |
Soft Brass CDA 260 (UNS C26000) | View alloy |
C46400 | View alloy |
Phosphor Bronze CDA 510 (UNS C51000) | View alloy |
C51900 | View alloy |
C52100 | View alloy |
C54400 | View alloy |
C61000 | View alloy |
C62300 | View alloy |
C63000 | View alloy |
C63200 | View alloy |
C64200 | View alloy |
C64700 | View alloy |
C65620 | View alloy |
C72420 | View alloy |
C86300 | View alloy |
C95400 | View alloy |
C95510 | View alloy |
C95520 | View alloy |
Aluminum Alloy(30)
Product | |
---|---|
1050 / 1050A | View alloy |
1080 / 1080A | View alloy |
1100 | View alloy |
1200 | View alloy |
1350 | View alloy |
2011 | View alloy |
2014A | View alloy |
2017A | View alloy |
2024 | View alloy |
2219 | View alloy |
2618A | View alloy |
3003 | View alloy |
3103 | View alloy |
3105 | View alloy |
5005 | View alloy |
5052 | View alloy |
5056 | View alloy |
5083 | View alloy |
5154 | View alloy |
5251 | View alloy |
5454 | View alloy |
6061 | View alloy |
6063 | View alloy |
6101 | View alloy |
6262 | View alloy |
6082 | View alloy |
7020 | View alloy |
7050 | View alloy |
7075 | View alloy |
7175 | View alloy |
Other Alloy(7)
Product | |
---|---|
4130 (AMS 6345/ AMS 6346 / AMS 6350) | View alloy |
Alloy Steel AISI 4140 (AMS 6349/ AMS 6382) | View alloy |
Alloy Steel AISI 4330 Mod Vac Melt (AMS 6411/ AMS 6427) | View alloy |
AISI 6150 Vac Melt (AMS 6448) | View alloy |
Alloy Steel AISI 4340 / E-4340 | View alloy |
9310 (AMS 6260 / AMS 6265 / AMS 6267) | View alloy |
AISI 52100 (AMS 6440 / AMS 6444) | View alloy |
Processing capabilities
Quality control
Ensuring the quality of forged components, like those produced by ZYTC, involves several critical steps throughout the manufacturing process. Here’s a detailed overview of how quality can be ensured:
1. Material Selection
Specifications Compliance: Use materials that meet industry standards and customer specifications for mechanical properties, chemical composition, and performance.
Supplier Quality: Source raw materials from reputable suppliers who provide certificates of analysis and quality assurance documentation.
2. Design and Engineering
Detailed Drawings: Ensure that all designs are based on precise and detailed engineering drawings that specify tolerances and performance requirements.
Simulation and Testing: Use computer-aided engineering (CAE) tools to simulate and test designs before production to predict performance and identify potential issues.
3. Manufacturing Process
Controlled Forging Conditions: Maintain stringent control over forging parameters such as temperature, pressure, and deformation rates to achieve desired material properties.
Process Monitoring: Implement real-time monitoring systems to track and control critical variables during the forging process.
4. Quality Control and Inspection
Incoming Inspection: Check the quality of raw materials before production begins to ensure they meet specifications.
In-Process Inspection: Conduct regular inspections during the manufacturing process to detect and correct deviations from the desired specifications.
Final Inspection: Perform comprehensive inspections on finished forgings, including:
Dimensional Checks: Verify dimensions and tolerances using precision measurement tools.
Non-Destructive Testing (NDT): Use methods like ultrasonic testing, radiographic testing, or magnetic particle inspection to detect internal defects or structural flaws.
Mechanical Testing: Test properties such as tensile strength, impact resistance, hardness, and fatigue strength to ensure they meet performance standards.
Visual Inspection: Look for surface defects such as cracks, porosity, or improper finishes.
5. Documentation and Traceability
Quality Records: Maintain detailed records of material certifications, process parameters, inspection results, and test reports.
Traceability: Ensure that every forged component can be traced back to its raw material batch and manufacturing process, which helps in identifying and addressing any issues that arise.
6. Post-Processing
Heat Treatment: Apply appropriate heat treatments to achieve desired material properties, such as hardness and toughness, and ensure consistency.
Surface Treatment: Perform any necessary surface finishing or coating to enhance the appearance and performance of the forgings.
7. Continuous Improvement
Feedback Loops: Use feedback from customers and internal audits to identify areas for improvement in the manufacturing process.
Training and Development: Regularly train staff on best practices, quality standards, and new technologies to maintain high quality standards.
8. Certification and Compliance
Industry Standards: Ensure compliance with relevant industry standards and certifications (e.g., ISO 9001 for quality management, ISO 14001 for environmental management).
Customer Specifications: Adhere to specific customer requirements and industry regulations for each application.
By implementing these practices, ZYTC can ensure that their forged components meet high-quality standards and perform reliably in their intended applications.
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