Material: Q235 Ordinary Carbon Structural Steel, Carbon Steel
Manufacturing Process: Stamping Assembly Welding Forming
Surface Treatment: Electrophoresis, Powder Coating Black
Company: Honlik Stamping Industrial Co., Ltd.
Website: Honlik Stamping Industrial Co., Ltd.
Email: jc@honlik-tech.com
Phone: +86-18059888145
The Q235 Carbon Steel Driver Seat Lift Mechanism by Honlik Stamping Industrial Co., Ltd. is designed to provide reliable height adjustment for driver seats. Constructed from Q235 ordinary carbon structural steel, this mechanism offers durability and stability, ensuring smooth operation for driver comfort.
The driver seat lift mechanism undergoes a meticulous manufacturing process to ensure precision and quality. The steps include:
1. Cutting: Raw materials are cut to the required size.
2. Assembly: Components are assembled to form the mechanism.
3. Riveting: Components are joined together using rivets.
4. Welding: Welding is performed to secure components together.
5. Sandblasting: The mechanism undergoes sandblasting to prepare the surface for coating.
The mechanism is treated with electrophoresis and powder coating black to enhance its durability and aesthetics. Electrophoresis provides a uniform and corrosion-resistant coating, while powder coating black adds a sleek finish and further protects the mechanism from environmental factors.
The Q235 Carbon Steel Driver Seat Lift Mechanism is designed for use in various vehicles, providing smooth and reliable height adjustment for driver seats. Its robust construction and surface treatments make it suitable for both commercial and personal vehicles, enhancing driver comfort and safety.
Below are images showcasing the Q235 Carbon Steel Driver Seat Lift Mechanism:
For more information or to request a quote, please visit our website Honlik Stamping Industrial Co., Ltd. or contact us via email at jc@honlik-tech.com or phone at +86-18059888145.