I. Product Overview

This shock-absorbing support bracket is integrally formed by a multi-stamping and bending process of metal thin plates, featuring an overall symmetrical U-shaped structure. The middle arched surface is paired with built-in reinforcing ribs, ensuring the overall structural rigidity while utilizing the arc deformation for elastic shock absorption; the symmetrical bent feet on both sides are arranged with multiple fixed circular holes, which can be securely fastened to the internal cavity of the equipment with screws, with the arched surface supporting various components. The finished product is treated with a bright nickel plating, which provides a dense coating to isolate moisture and air, preventing rust and corrosion. It is not easy to rust or fatigue deform under long-term vibration conditions, effectively reducing equipment operating noise and preventing components from loosening and shifting due to vibration. It is an essential supporting and buffering hardware accessory for the internal parts of various electromechanical equipment.

Stainless steel, manganese steel, carbon steel, and other raw materials can be selected as required. The arch curvature, bracket length and width, plate thickness, and hole layout can all be replicated in molds according to the customer's drawings or physical samples in a 1:1 ratio; new product samples are tested for load-bearing and shock absorption effects. After meeting all specifications, mass production begins. The bending accuracy, flatness, and coating quality are inspected and controlled item by item upon shipment.

II. Core Highlights of Craftsmanship

1. Continuous die stamping bending forming, high structural strength and resistance to deformation
   Arched curved surface, side supports, reinforcing ribs, and installation holes are formed in one stamping process, without welding joints. The internal stress of the plate is fully released, ensuring that there will be no cracking or collapse issues under long-term pressure and vibration.
2. Central arched arch structure, high-efficiency shock absorption and cushioning
   The curved surface can undergo minute elastic deformation, absorbing the vibration and impact forces generated by equipment operation. It can both securely support parts and avoid resonance and unusual noises caused by rigid hard connections.
3. Sheet pressing with reinforcing ribs, significantly enhancing bending resistance.
   Mid-ridge ribs distribute the load, doubling the load-bearing capacity under the same board thickness, and are still not prone to bending deformation under heavy load conditions.
4. Multiple symmetrical mounting holes + full-area electroplating process, easy assembly and durable
   Bilateral porous symmetrical design, assembly with flexible selection of locking points; all edges and corners are deburred andPassivation，combined with a bright nickel plating layer, which does not damage mating parts while providing long-lasting anti-rust protection.

Section 3: Optional Customizable Raw Materials

1. 304 Stainless Steel (Recommended)
   Anti-rust and corrosion-resistant, balanced toughness, preferred in humid and alternating dry-wet environments, universal bracket for small appliances and precision instruments.
2. 65Mn manganese steel
   Extremely high tensile strength, optimal for high-frequency vibration and heavy load cushioning conditions, with durable shock-absorbing effect.
3. Cold Rolled Steel Sheet + Nickel Plated
   Outstanding cost-performance, suitable for internal support scenarios of indoor drying machinery and equipment.
4. Grade 201 Stainless Steel
   Economical anti-rust material, conventional load-bearing support for normal dry environments.

4. Optional Surface Treatment Processes

• Bright Nickel Plating (Actual Shot Standard Process): Smooth appearance, anti-rust and wear-resistant, mainstream surface treatment for household appliances and precision instruments
• Color Coated Galvanized: Longer salt spray corrosion resistance, suitable for outdoor equipment carbon steel brackets.
• Stainless Steel in Natural Color: No electroplating required, focuses on wear resistance and corrosion prevention, no appearance requirements for operation
• Blackening Treatment: Matte finish, wear-resistant, internal structural components for industrial machinery and equipment

Five, Applicable Application Scenarios

Humidifier, hair dryer, etc. household appliance core shock-absorbing fixing bracket
✅ Automated testing fixture component carrier bracket
✅ Internal module buffer support for laboratory testing instruments
✅ Miniature fan, heat dissipation motor vibration reduction and noise reduction fixing hardware
✅ Internal circuit board suspension bracket for industrial control equipment

Six, Core Product Advantages

1. Full mold development upon request, with free adjustment of radii, dimensions, thickness, and hole positions.
2. Integrated load-bearing and shock-absorbing design, simplifying the structure of equipment shock-absorbing components
3. Reinforced stiffening plate, strong bearing capacity, not prone to fatigue and deformation with long-term use
4. Multiple material options and anti-rust processes available, suitable for indoor humid and various outdoor working conditions
5. Support for small batch R&D prototyping and assembly effect verification, stable high-volume stamping capacity, and controllable delivery time.

Section 7: Common Procurement Q&A

Q1: Can the arch-shaped elastic hardness be adjusted?
A: Yes, the buffer elasticity can be accurately adjusted by changing the plate thickness, arch height, and material hardness.
Q2: Which material and coating are recommended for long-term outdoor use in a humid environment?
A: Prefer 304 stainless steel in its natural color or galvanized carbon steel with five colors, offering the best rust and salt mist resistance.
Q3: Can the design be adjusted to create a single-sided bent, closed-arc support bracket?
A: Support available for custom stamping and molding of any curved or irregularly shaped support brackets.
Q4: Can the load-bearing capacity of the bracket be increased as required?
A: Thicker board thickness, wider surface, and added rib structure can enhance the overall load-bearing limit.