Professional factory for refrigerator parts stamping dies. Offering full-service mold design, prototyping, progressive dies, and mass stamping. Fast turnaround, competitive price, strict quality control.
Refrigerator parts stamping die
Professional factory for refrigerator parts stamping dies. Offering full-service mold design, prototyping, progressive dies, and mass stamping. Fast turnaround, competitive price, strict quality control.
Product Details
We specialize in refrigerator parts stamping dies and related high-precision molds for appliance applications. Our factory is dedicated to mold design, prototyping, production, and mass stamping of various refrigerator components. With decades of tooling and stamping experience, we deliver reliable die solutions to OEMs, ODMs, and tier-1 suppliers across the globe.
| Feature | Details |
|---|---|
| Die Type | Progressive die, compound die, transfer die, blanking & piercing die |
| Materials Supported | Cold-rolled steel (CRS), stainless steel (SUS), aluminum alloy, copper alloy, etc. |
| Tolerance / Precision | Typical tolerance ±0.02 mm (or better, depending on part) |
| Surface Finishes | Optional finishes: mirror polish, phosphate, PVD coatings, micro-texture |
| Tool Steel Grades | D2, SKD11, H13, P20, S7, etc. based on wear and production volume |
| Production Capacity | Small batch prototyping to high-volume stamping (100,000+ parts/month) |
| Lead Time | Mold design & prototype: 4–8 weeks; mass production stamping: per order cycle |
| Quality Assurance | In-house inspection: CMM, 3D scanner, die trials, sample inspection |
Full In-House Capability
From mold concept and design to machining, EDM, heat treatment, assembly, try-out, and stamping — all done under one roof. This reduces lead time, lowers risk, and ensures process consistency.
Rich Experience in Appliance Moulds
We have extensive experience working with refrigerator, freezer, air-conditioner, and HVAC component moulds. We understand the demanding tolerances, material behaviors, and process flows specific to appliance parts.
Cost-Effective Customization & Optimization
We optimize die structures, material selections, and process flows to minimize tooling cost, maintenance expense, and cycle time. We advise on blank layout, strip development, and metal utilization.
High Precision & Longevity
We apply rigorous heat treatment, precision machining, electrode design, and wear-resistant coatings to extend die life and maintain stable accuracy over long production runs.
Strict Quality Control
Every mold undergoes trial runs, sample inspections, dimensional verification (via CMM), and test runs under production conditions to guarantee conformity.
Fast Response & Support
We support clients from early design concept, DFM review, mold maintenance guidance, to post-sales support. Our engineering team communicates directly with your team to ensure clarity and speed.
Competitive Pricing & Transparent Quotation
As a factory (not a middleman), we offer direct pricing. We supply a clear quotation breakdown (tooling cost, machining, heat treatment, coatings, stamping trial) to ensure transparency.
Refrigerator inner panels, back panels, doors
Evaporator fins & bracket parts
Hinge brackets, mounting frames, reinforcement plates
Electrical and terminal parts for refrigerator control modules
Sheet metal parts used in refrigerator compressors
Design & DFM Review — Evaluate your supplied CAD, suggest improvements for stamping feasibility, cost reduction.
Prototype Mold / Tryout — Build small-run prototype or pilot mold for sample validation.
Mass Production Tooling — Final mold built for stable high-volume production.
Stamping Service or Outsource Support — Provide stamping trials or coordinate stamping runs with partner lines.
After-Sales Maintenance & Spare Parts — Provide maintenance guidance, spare inserts or parts.
Submit your part drawing (CAD / STEP / DWG) + material + estimated volume
DFM & feasibility review, confirm die structure & quotation
Mold design, tooling fabrication, and trial run
Sample approval, mold correction & stabilization
Transfer to mass stamping / production
Ongoing support, maintenance, quality feedback loop
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