OEM Construction Hardware Stainless/Carbon Steel Stamping Hardware Housing for Building Material

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Product Description

📊 Basic Information
Model NO.
JF-CYJ
Type
Cold Stamping
Processing Type
Shaping Metal
Material
Stainless Steel
Mould
Multistep Progressive Dies
Surface Processing
Oxidation
Fine Blanking
Multi-Position
Process
Forming Process
Industry
Metal Stamping Parts
Tolerances
0.01mm
Export Markets
Global
Shipping Port
Qingdao
Production Capacity
10000PCS/Month
HS Code
7326199000
🛠️ Product Description
OEM Construction Hardware Stainless/Carbon Steel Stamping Hardware Housing for Building Material

We use our knowledge and expertise to devise and employ solutions that not only meet, but exceed our customers' expectations. Our wealth of industry experience allows us to offer suggestions to help customers optimize designs and find more efficient production procedures.

Construction Hardware

⚙️ Our Production Process

  1. Tooling (Mold) design and Manufacture.
  2. Manufacture the parts according to the Stamping Machine.
  3. Riveting, Welding or Screw tap according to Customer's requirement.
  4. Comprehensive testing via Image measurement instrument, Caliper, Angle Gage, etc.
  5. Surface treatment process based on dimensions approval.
  6. 100% manual inspection to ensure qualified parts.
  7. Vacuum Packaging for final delivery.
Production Process 1
Production Process 2
Raw MaterialCopper, BeCu, phosphor copper, Brass, Stainless steel, Aluminum, SGCC, SECC, steel, spring steel, Nickel-Silver... and all different kinds of metal.
SpecificationRoll material thickness: 0.05-10mm; Sheet metal thickness: 0.3-20mm.
Surface TreatmentGold/Silver/Tin/Nickel/Zinc/Chromium/Copper-plating, Laser etching, Screen printing, Phosphating (160h salt spray), Black coating, Painting, Power coating, Electrophoresis, Passivating, Polishing.
ApplicationTelecom products, loom, furniture, construction hardware, and industrial equipment.
Lead TimePrototypes: 3-15 days; Mould: 10-25 days; Production: 5-30 days.
Stamping Hardware Housing
🏆 Our Advantages
  • High skilled and well-trained working team.
  • Quick response and support for all inquiries.
  • Over 10 years of professional manufacture experience.
  • Large and strong production capacity to meet global demand.
  • Strict QC: IQC (Incoming), IPQC (In-process), FQC (Final), and OQC (Outgoing).
Advantages Overview

✨ Benefits of Stamping Products

1. Efficiency: Mechanization and automation allow for dozens of pieces per minute.

2. Accuracy: Mold-guaranteed precision reaching IT6-7 levels with stable consistency.

3. Low Cost: 70-85% material utilization and significant energy savings.

4. Performance: High strength, rigidity, and the ability to process complex irregular structures.

Product Detail 1
Product Detail 2
Quality Control Inspection
📦 Packaging & Shipping
Package Size
8.00cm * 5.00cm * 1.00cm
Gross Weight
0.300kg
Shipping Way
Express/Air Freight (<100kg), Sea Freight (>100kg)

Packing Detail: Products are packed in bags, cartons, wooden cases, pallets, or customized as per requirements.

Delivery Detail: International shipping takes 3-5 working days (Express) or 7-8 working days (Standard).

Packaging Details
Logistics Center
Frequently Asked Questions
What are stamping parts?
Stamping parts are components manufactured through a metal forming process where a flat sheet of metal is placed into a stamping press. A tool and die set shapes the metal into the desired form through cutting, bending, or drawing under high pressure.
What metals are commonly used for stamping?
Common metals include cold- and hot-rolled steel, stainless steel, aluminum, copper, brass, and various alloys. The choice depends on required strength, corrosion resistance, and cost.
What are the advantages of stamping over other methods?
Stamping offers high efficiency and speed for mass production, consistent precision with tight tolerances, low cost per part due to minimal waste, and the ability to create complex geometries.
What is the difference between progressive and transfer stamping?
Progressive die stamping feeds a metal strip through several stations in one die to produce a finished part with each stroke. Transfer die stamping mechanically moves individual parts from one station to the next, ideal for larger or more intricate components.
How are burrs managed in your process?
Burrs are small ridges left on edges after cutting. We manage these through secondary processes like deburring (tumbling, grinding, or filing) to ensure safety, proper fit, and a professional finish.
How do I request a quote for custom parts?
Please provide detailed 2D drawings or 3D CAD models, material specifications (type, grade, thickness), annual volume estimates, and any required surface finish or secondary operations.

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