01 / 12 models
IGBT Module Components
Kits, module bases and power terminals for IGBT module assembly.
- Physical form
- Module kits, bases and power terminals, with materials and dimensions specified for each model.
- Kits
- Module bases
- Power terminals
Electronic component manufacturing
Precision electronic components, made in Ningbo
Stamped contacts, springs and terminals plus moulded parts, produced in Yinzhou, Zhejiang.
Slide 1 of 3: Electronic component manufacturing
Product families
Components for power modules and electronic assemblies
Explore IGBT kits, bases and terminals alongside stamped contacts, springs and shielding parts. Compare the model, material and specifications for your application.
02 / 44 models
Precision Stamped Parts
Contacts, springs, terminals and shielding components.
- Physical form
- Formed metal contacts, springs, terminals and covers in a range of materials and profiles.
- Contacts
- Springs
- Terminals
- Shielding components
The smoke alarm insect-proof mesh is a PVC plastic electronic accessory, so it is listed separately from the metal stampings.
View accessoriesApplication fit
Where these parts are used
Find the product that matches the assembly you are building. Each use lists the catalogue parts that apply.
Appliances
Contact and spring parts that sit inside appliance switches and controls.
Electric curtains
Switch springs for electric curtain controls.
Power electronics
Kits, base plates and power terminals used to assemble IGBT modules.
Smoke alarms
A metal shielding cover and a separate PVC insect-proof mesh for alarm assemblies.
Tooling to production
From drawing to inspected part
Drawing review, tooling, production and inspection are planned around each component's requirements.
Step 1
Drawings
Your drawing or sample defines the part. CAD, DWG, STEP, PDF and IGS files are accepted.
- CAD
- DWG
- STEP
- IGS
Step 2
Tooling
Stamping and moulding tooling is prepared with in-house machining equipment.
Step 3
Stamping and injection
Parts are formed on automatic presses or moulded on injection machines.
Step 4
Inspection
Finished parts pass through the inspection workshop before they are packed.
Materials and finishes
Match the alloy to the job
General characteristics of the materials we work with. Final material choice is confirmed against your drawing. PVC is a plastic used for accessories only.
Copper
Type: Metal
Typical role: Current-carrying contacts and terminals
High electrical conductivity; soft, so used where spring force is not critical.
Brass
Type: Metal
Typical role: Terminals, sleeves and sheet parts
Copper-zinc alloy that stamps and machines readily with good conductivity.
Phosphor bronze
Type: Metal
Typical role: Spring contacts
Copper-tin alloy chosen where repeated flexing and conductivity are both needed.
Beryllium copper
Type: Metal
Typical role: High-strength spring contacts
Copper alloy that can be heat treated to a high spring strength.
Stainless steel
Type: Metal
Typical role: Springs and structural parts
Corrosion-resistant steel; lower conductivity than copper alloys.
Manganese steel
Type: Metal
Typical role: Spring and force parts
Material grade and heat treatment are selected to suit the part specification.
Tinplate
Type: Metal
Typical role: Shielding covers and housings
Tin-coated steel sheet, commonly used for formed covers and shields.
Aluminium
Type: Metal
Typical role: Lightweight conductive or support parts
Low weight with good conductivity; softer than copper alloys.
PVC
Type: Plastic, not a metal
Typical role: Electronic accessories such as insect-proof mesh
Non-conductive plastic used for accessory parts, never for metal contacts.
Quality control
Inspection before packing
Finished parts are checked in the inspection workshop. Explore our inspection facilities and company certificates.
Certificates
6 documents
Manufacturing scale
One workshop, equipped end to end
Presses, machining, tempering and moulding sit in the same Yinzhou facility.
Established2018
Production area2,280m²
- Automatic presses
- 15
- Machining centres
- 4
- Injection moulding machines
- 3
- Bench presses
- 9
- Tempering furnace
- 1
Sampling and orders
Send a drawing, then a quantity
Order quantity follows the MOQ stated on each product page. Lead times below are separate estimates, each with its own condition.
- 1
Send the drawing or sample
Share your drawing requirements, or describe the part and its application.
- 2
Review and sample
The part is reviewed against your drawing and a sample is prepared for approval.
- 3
Production order
Confirm the quantity, which must meet the MOQ shown on that product, and schedule production.
Drawing formats
- CAD
- DWG
- STEP
- IGS
Your inquiry will ask for the quantity and for the drawing or specification you have.
Lead time estimates
- Sample lead time
- 10–15 days
- Estimate for samples; depends on the drawing and tooling needed.
- Routine production
- 10–15 days
- Estimate for routine orders; depends on part, material and quantity.
- Bulk orders
- 35–40 days
- Estimate for large quantities; depends on part and order size.
- Peak periods
- 1–3 months
- Estimate when the production schedule is full; confirmed when the order is placed.