
Appliance & consumer parts
White-goods parts, knobs, frames and high-volume consumer housings.
Find qualified moulders for custom parts and OEM components. Compare machine tonnage, resins, tooling and capacity — then get matched quotes.
A deep base for custom parts and OEM components. The work is matching the supplier to the press, resin and free hours your part actually needs.
Commodity grades through engineering and selected high-performance polymers — with drying and lot traceability where the material needs it.
Technical machines from ~50 T into the 1,000-tonne class. Match tonnage and shot weight to the part, not a catalogue claim.
In-house or partner mould shops, hot-runner tools, insert and overmould, plus welding, pad print and assembly.
How to buy it
Tonnage, shot weight, resin history and free machine hours decide the shortlist. A directory listing does not.
Send the drawing, resin, annual volume and any tool you already own. We return moulders whose machines and certifications fit.
Submit your requirementThe specification band across India — what most plants quote as standard, and what a smaller group can take on.
| Capability | Commonly available | Available from selected suppliers |
|---|---|---|
| Machine tonnage | Roughly 50–450 T for technical and mid-size parts | 450–1,600 T and larger presses for bins, panels and structural parts |
| Shot weight | Grams through low kilograms, press-dependent | Large-shot machines for bulky housings and material-handling parts |
| Resins | PP, HDPE, ABS, PC, PA6 / PA66, POM, HIPS | PBT, PPS, PEEK, LCP, TPE and glass- or mineral-filled grades |
| Processes | Standard thermoplastic injection, including inserts | Overmoulding, two-shot, gas-assist and clean-room moulding |
| Tooling | P20 / H13 moulds, cold or hot runner, partner or in-house shops | Hardened steels, high cavitation, valve-gate hot runners, mould-flow |
| Tolerances | Commercial tolerances; ISO 20457 / drawing callouts | Tight technical tolerances on qualified tools and stable processes |
| MOQ | Set by press time and tool amortisation, not a single plant rule | Prototype and bridge quantities from selected moulders |
| Tool lead time | Often 4–10 weeks for a production tool, complexity-dependent | Expedited or prototype tooling from selected shops |
| Quality systems | ISO 9001 widely held by established moulders | IATF 16949, ISO 13485 and ISO 14001 from selected plants |
| Secondary operations | Degating, basic assembly, pad print, ultrasonic weld | In-line vision, leak test, decoration and kitted supply |
Capability is not evenly spread. Each cluster concentrates a different kind of work.
Automotive and EV components, IATF-oriented plants
Auto parts, appliances and consumer housings
OEM supply, electronics and large-tonnage work
Electronics, medical devices and technical moulding
Industrial plastics, caps and volume commodity parts
Engineering resins, electrical and precision parts
Pumps, industrial equipment and appliance components
White goods, consumer electronics and assembly
Every moulder will say yes to “can you make this?”. These are the questions where the answers actually differ.
These answers are what a MESH audit records before a supplier reaches your shortlist — machine list, resin capability, tooling ownership and what an engineer saw on the floor.
See a sample auditCustom components and OEM parts, matched to resin, tonnage and the quality system the application needs.

White-goods parts, knobs, frames and high-volume consumer housings.

Clips, brackets, trim and interior components from IATF-oriented plants.

Connector bodies and terminal housings in PC, PA and flame-retardant grades.

Structural PA parts where stiffness, heat and dimensional stability decide the grade.

Housings and enclosures in flame-rated resins, with UL listing where the spec calls for it.

Disposables and device housings from moulders with controlled environments and ISO 13485 where required.

High-cavitation caps, closures and packaging parts where cycle time and tool life decide the quote.

TPE seals, gaskets and overmoulded rubber parts from equipped presses.
Commodity grades through engineering polymers, matched to the part and the drying the material needs.

Impact-resistant housings, trim and consumer parts.

Nylon — PA6 and PA66 — for gears, clips and structural parts.

Connectors and housings that need heat and dimensional stability.

Impact and optical parts, including flame-retardant grades.

Caps, containers and chemical-resistant parts.

Precision gears, clips and low-friction moving parts.

High-volume commodity parts, packaging and automotive interiors.

Rigid and flexible parts, fittings and profiles.
From drawing to approved tool to scheduled production, with the press and resin matched before you award.
Drawing, resin, volume and any tool you already own.
Moulders with the tonnage, shot and resin history.
Steel, cavitation, runner and ownership agreed up front.
T0 and T1 against the drawing before you release production.
Scheduled supply, with secondary work named in the quote.
Where a moulded part belongs depends on tool complexity, resin, destination and duty — not piece price alone.
| Factor | India | China | Vietnam | Mexico | USA | Poland |
|---|---|---|---|---|---|---|
| Indicative cost position | Low–mid | Low–mid | Low–mid | Mid | High | Mid |
| Tooling economics | Competitive | Deep and fast | Competitive | Moderate | Higher | Moderate–higher |
| US transit | ~25–40 days* | ~30–45 days* | ~28–40 days* | ~2–5 days* | Domestic | — |
| EU transit | ~20–30 days* | ~30–40 days* | ~30–40 days* | — | — | ~2–4 days* |
| Supplier depth | Broad | Deepest | Growing | Moderate | Broad | Moderate |
| Best fit | Custom tools and mid-volume OEM parts | High cavitation and the widest resin base | China+1 diversification | US nearshoring | Domestic supply and short replenishment | EU-destined production |
*Indicative ocean transit only. Door-to-door time depends on port pair, carrier, customs and mode.
Plants specialise. Match the industry, the resin and the certificate together.
A list of moulders is easy. Knowing which press, resin and tool shop can run your part is the work.
Five steps inside the platform, from sign-in to a live supplier conversation.
Sign in to your MESH Works account.
Go to the Sourcing module from your dashboard.
Process, resin, volume, tonnage and country.
Shortlist moulders whose machines match the part.
Start the RFQ with the suppliers you chose.
Established plants commonly run presses from about 50 to 450 tonnes for technical and mid-size parts. A smaller group operates 450 to 1,600 tonnes and beyond, for large housings, bins and structural components. Ask for the machine list, not a single “we have capacity” line.
PP, HDPE, ABS, HIPS, PC, PA6, PA66 and POM are widely available. PBT, PPS, PEEK, LCP, TPE and glass-filled grades are available from moulders who already run them and have the drying and processing discipline those materials need.
A straightforward production tool is often quoted in the 4–10 week range. Multi-cavity, hot-runner or tight-tolerance tools take longer. Add time for T0 and T1 trials and dimensional approval before you release production.
Agree this in writing before you pay. Many buyers retain ownership and the right to move the tool. Confirm steel grade, cavitation, hot-runner brand and what happens to the mould if you change supplier.
There is no single MOQ. It is set by press time, colour change and how the tool cost is recovered. Prototype and bridge quantities are possible with selected moulders; volume parts are usually quoted against an annual quantity and a release schedule.
A 2D drawing and STEP or IGES file, resin and colour, annual volume and order frequency, critical dimensions, any insert or overmould requirement, secondary operations, target market and the quality system you need. If you already own a tool, say so and share the mould data.
ISO 9001 as a baseline. IATF 16949 for automotive work. ISO 13485 where the part is a medical device or component under that system. ISO 14001 where you report environmental performance. Ask for the certificate scope, not only the badge.
Yes. Custom parts are the core of the export-oriented moulding base. The sequence is tool design, steel cutting, T0 and T1, dimensional sign-off, then production, with finishing and assembly either in-house or through named partners.
Compare landed cost: piece price, tool cost and ownership, resin grade actually quoted, cavity count, cycle assumptions, secondary operations, freight and duty. Then check free hours on the press the part needs.