I. Product Overview

This battery clamp uses stainless steel sheets, formed through multiple stamping and bending processes. It features a long bar bracket with bent clamping ends, and the plate surface has fixed round holes and long bar adjustable waist holes. The locking screw passes through the holes to fix the bracket to the equipment base, the bent protruding end firmly pressing the battery housing, effectively avoiding issues like battery movement and loose terminal connectors due to driving vibration; the long bar waist holes support front and rear fine adjustment of installation position, compatible with various batteries of similar dimensions. The stainless steel base material is anti-rust and corrosion-resistant, ensuring a long service life in outdoor and humid conditions.

Material options include stainless steel, carbon steel, etc., with overall length, width, bending downward height, and hole layout all customizable according to customer drawings or physical samples. New product samples and long-term bulk supply orders are welcome. Bending angles and hole positioning accuracy are inspected and calibrated item by item before shipment.

2. Core Highlights of Craftsmanship

1. Integrated stamping, bending and forming of sheet materials, high structural strength and resistance to deformation
   Whole board without spliced welding, stress relief treatment at bending areas, long-term pressure resistance without rebound relaxation, and stable clamping force.
2. Combination design of waist hole + round hole, easy assembly and adjustment
   Circular holes are used for reference positioning, the elongated waist holes allow for slight adjustment of installation distance, one press fits various specifications of batteries, enhancing its versatility.
3. Step bending and tight end heads, even force distribution without damaging the battery shell
   The lower bending platform has a flat contact surface, evenly distributes pressure during clamping, and will not crack the plastic shell of the battery, ensuring reliable limiting effect.
4. Full edge deburring and polishing, assembly is safe and does not damage accessories.
   All holes and edges of sheet material are deburred and rounded to prevent cutting hands, cables, and battery cases during installation.

Section 3: Optional Customized Raw Materials

1. 304 Stainless Steel (Recommended)
   Corrosion and acid-resistant, vibration-resistant and excellent toughness, the first choice for electric vehicles and outdoor engineering machinery, not prone to rust in rainy, snowy, and humid environments.
2. 201 Stainless Steel
   Higher cost-performance, choose storage battery for indoor drying equipment in fixed scenarios.
3. Cold Rolled Steel Sheet + Galvanized
   Low cost, fixed indoor equipment, basic anti-rust requirement conditions.
4. 65Mn manganese steel
   High elastic bearing capacity, frequent jarring under heavy load vehicle operation.

4. Optional Surface Treatment Processes

• Stainless Steel Natural Color (Actual Photo Style): Wear-resistant and rust-proof, no additional electroplating required, will not rust over long-term use.
• Electroplated zinc: rust-proof treatment based on carbon steel substrate
• Color Coated Galvanized: Longer salt spray corrosion resistance, preferred for outdoor carbon steel accessories
• Blackening: Dull, wear-resistant, internal structural components for machinery and equipment

Chapter 5: Applicable Application Scenarios

✅ Fixed and tensioned clamp for electric two-wheeled / three-wheeled vehicle battery
✅ Automotive, Forklift, Construction Machinery Battery Limiting Bracket
✅ Outdoor energy storage power module battery clamp bar
✅ Generator sets, agricultural machinery battery anti-vibration fixing parts
✅ Industrial equipment built-in battery module limit stamping accessories

Six, Core Product Advantages

1. Full mold development upon request, dimensions, bending styles, and hole positions can be freely modified.
2. Adjustable assembly structure, compatible with various battery models, reduces the types of spare parts inventory
3. Stainless steel material is vibration-resistant and corrosion-resistant, durable and less prone to damage in the bumpy vehicle environment.
4. Pressing mass production offers clear price advantages and a stable supply cycle for large quantities.
5. Support small batch sampling to confirm the pressing force, and then proceed with mass production upon approval.

Chapter 7: Common Procurement FAQs Q&A

Q1: Can the bending height of the clamped part be increased or decreased?
A: Sure, the bending downward height can be accurately adjusted according to the battery thickness to control the tightness.
Q2: What material is most suitable for outdoor use where it is often exposed to rain?
A: Prefer the 304 stainless steel natural color model, which has the best rust prevention capability and is less prone to rust and breakage when used outdoors for a long time.
Q3: Can it be made in left-right symmetry with multiple folds and various styles?
A: Support is available for various non-standard bending and multi-pressure point battery bracket stamping.
Q4: Can the sheet thickness be increased to enhance load-bearing capacity?
A: Material thickness of 1.0mm to 3.0mm is available for customization as required; the thicker the material, the stronger its bearing and compressive strength.