Brand Philosophy
From Chinese Manufacturing to the Global Stage. From exquisite stainless steel home décor to high-performance kitchenware, every product we create tells a story of craftsmanship and innovation. These pieces are not just our signature works—they reflect our unwavering pursuit of quality and aesthetics.
Crafting Unique Stainless Steel Products with Exceptional Craftsmanship
Renowned for our precision in stainless steel manufacturing, we specialize in high-end home décor and kitchenware. By integrating independent research and advanced technology, we ensure both superior quality and distinctive product designs. While many manufacturers outsource production for cost efficiency, we remain committed to full in-house manufacturing. From mold design to final packaging, every step is meticulously controlled to guarantee the highest quality and precise delivery. Our products are trusted worldwide for their blend of aesthetic appeal, practical functionality, and an exceptional balance of quality and value.
manufacturing specialty
About Us
Pushing the Limits of Craftsmanship, Pursuing Excellence in Quality. We are committed to creating groundbreaking high-quality stainless steel products through innovative design and exceptional craftsmanship. With reliable and efficient production, we have earned the trust of clients worldwide. Discover how we provide professional, one-stop manufacturing solutions for global partners.
Manufacturing Engineering
Key Processes in the Stamping and Deep Drawing Workshop
1. Metal Sheet Cutting & Preparation
Stainless steel sheets are cut to the required size based on product specifications. The surface is cleaned to ensure smooth processing in subsequent steps.
2. Stamping (Initial Forming)
The metal sheets are placed into molds and undergo initial stretching using a stamping press to form the basic shape. Complex designs may require multiple stamping processes.
3. Deep Drawing Formation
Using deep drawing equipment, the metal sheet is stretched into its final shape, ensuring uniform thickness and compliance with design requirements.
4. Edge Trimming
Trimming tools or shearing machines refine the edges of the formed workpiece, removing excess material and enhancing precision.
5. Welding & Assembly
Depending on the product design, argon arc welding or laser welding is used to join different components, ensuring a solid and durable structure.
6. Manual Polishing & Mechanical Grinding
Skilled craftsmen, in combination with automated polishing equipment, refine the surface of each piece, achieving a flawless, smooth finish with a high-quality metallic sheen.
Key Processes in the Investment Casting Workshop
1. Mold Development
High-precision molds are created based on design drawings to ensure that the wax patterns match the required shape and dimensions.
2. Wax Pattern Production
Industrial wax is injected into the molds, cooled, and then removed to form wax patterns identical to the final product.
3. Wax Pattern Assembly
Multiple wax patterns are assembled into a tree-like gating system to ensure smooth metal flow during casting and improve production efficiency.
4. Ceramic Shell Formation
The wax pattern is repeatedly dipped into refractory slurry and coated with refractory sand, forming a durable ceramic shell capable of withstanding high temperatures during casting.
5. Dewaxing
The wax inside the ceramic shell is melted and removed using high-temperature steam or hot water, leaving a hollow cavity ready for metal casting.
6. Metal Casting
Molten stainless steel or other metals are poured into the preheated ceramic shell cavity, ensuring the final product's integrity and quality.
7. Shell Removal
Once cooled, the ceramic shell is removed using vibration or high-pressure water jets, revealing the raw metal casting.
8. Hand Finishing & Polishing
The casting is meticulously refined, removing excess material and polishing the surface to ensure a smooth and precise final appearance.
9. Quality Inspection
To guarantee material quality and performance, various inspection instruments are used for rigorous quality control throughout the precision investment casting process. Below is a list of commonly used raw material and finished product inspection equipment.
Purpose: To test the tightness of castings, especially for parts that require vacuum or liquid sealing.
Through these testing instruments, the factory can effectively guarantee the quality of raw materials, discover potential problems in the casting process in time, and ensure that the final product meets the strict requirements of customers. These instruments support the high-quality delivery of precision molten wax casting.
1.Spectrometer
Purpose: Analyzes the chemical composition of metal materials to ensure alloy content meets design requirements.
Application: Primarily used for stainless steel, titanium alloys, and other metal compositions.
2.Hardness Tester
Purpose: Measures the hardness of raw metal materials to ensure they meet processing performance standards.
Common Types: Rockwell Hardness Tester, Vickers Hardness Tester, Brinell Hardness Tester.
3.Ultrasonic Flaw Detector
Purpose: Detects internal defects such as cracks or pores in raw materials.
Application: Suitable for large metal blocks or sheets.
4.Metallographic Microscope
Purpose: Examines the internal microstructure of materials to verify compliance with required standards.
Application: Used to analyze grain size and distribution.
5.Thickness Gauge
Purpose: Measures the uniformity of metal sheet thickness to ensure machining precision.
Common Types: Ultrasonic Thickness Gauge, Mechanical Thickness Gauge.
6.Surface Roughness Tester
Purpose: Inspects the flatness and roughness of raw material surfaces to ensure smooth finishing in subsequent processing.
7.Electronic Balance
Purpose: Accurately measures the weight of wax materials and metal blocks to ensure precise material ratios.
Finished Product Inspection Equipment
1.Coordinate Measuring Machine (CMM)
Purpose: Measures casting dimensions, shapes, and positional tolerances with high precision.
Application: Ensures castings meet design blueprint specifications.
2.X-Ray Detector
Purpose: Detects internal defects such as pores and cracks within castings.
Application: Suitable for high-precision and high-standard metal castings.
3.Non-Destructive Testing (NDT) Equipment
Includes: Magnetic Particle Inspection (MPI): Detects surface and near-surface defects.
Dye Penetrant Testing (DPT): Identifies surface cracks and porosity. Purpose: Ensures component integrity without causing damage.
4.Hardness Tester
Purpose: Measures the hardness of castings to confirm material properties compliance.
5.Tensile Testing Machine
Purpose: Evaluates mechanical properties such as tensile strength, yield strength, and elongation.
6.Surface Roughness Tester
Purpose: Assesses the surface roughness of castings to ensure they meet finishing standards.
7.Laser Scanner
Purpose: Quickly scans finished product surfaces, generating 3D data for comparison with design blueprints.
8.Pressure Tester
Purpose: Tests casting performance under high-pressure conditions to ensure durability and compliance with industry standards.
9.Industrial Endoscope
Purpose: Inspects the internal structure of complex castings to detect any hidden defects or imperfections.
10.Leak Tester
Purpose: Tests the sealing integrity of castings, especially for vacuum-sealed or liquid-tight components.
10. Cleaning & Packaging
After the castings are thoroughly cleaned, they undergo meticulous packaging to ensure their safety and quality during transportation.
Contact Us
address: yaoxiang hardware products co., ltd., no 67 mintian street, shatian town, dongguan city, Guangdong province
Tel: 86 15917689857
mailbox: wgm19960426@gmail.com
Contact: General Manager/Wu Guangmin
