Striving Towards Perfection
Thien My supports sanitary ware brands with integrated OEM/ODM manufacturing, from mold tooling and brass casting to polishing, plating, assembly, and leak testing in Vietnam.
End-to-end production
Watch how our casting, machining, polishing, and plating capabilities support stable OEM/ODM faucet and component production.
Low-pressure die casting for brass faucet bodies and components, supporting stable casting quality, improved wall consistency, and reduced porosity risk.
Controlled casting foundation for downstream machining, polishing, and plating.
Precision machining for threaded areas, sealing surfaces, connection points, and dimensional features required for faucet assembly and performance.
Supports dimensional accuracy before surface finishing and final assembly.
Automated grinding and polishing help prepare consistent surfaces before plating, reducing manual variation across production batches.
Improves surface consistency before nickel-chrome finishing.
Automated plating lines support consistent decorative nickel-chrome finishing for faucet components, with controlled process conditions and inspection before delivery.
Ni 8–10μm, Cr ≥0.25μm; NSS 200h and ASS 48h salt-spray testing
We support your project from drawing review to mold development, sample preparation, and trial production. During mold design, our engineering team can use casting flow simulation to review filling behavior, identify potential defect risks, and improve production readiness before mass production.
As a pure OEM/ODM manufacturer, we do not compete with our customers. Technical documents and custom tooling are handled confidentially, and molds developed for your project remain exclusive to your brand.
Featured OEM project · Japan
Custom Brass Spout for a Japanese Hot Water Dispenser
Quality control lab
Our testing process helps verify corrosion resistance, flow performance, leakage control, and pressure strength before delivery.
Below are selected product categories we can support for OEM/ODM development. Full catalog and sample details are available upon request.
OEM/ODM project workflow
A clear process from requirement review to mold development, production, quality check, and delivery.
We review your drawing, sample, specifications, and project goals to confirm feasibility.
We prepare mold design, tooling, fixtures, and production setup for your product.
We produce trial samples, check key requirements, and adjust the mold or process.
Approved products move into controlled production with in-house quality checks.
We complete final inspection, packing, and delivery based on agreed requirements.
Yes. We specialize in OEM/ODM production. You can send us your 2D drawings, 3D CAD models, or physical reference samples. Our engineering team will review them and create technical drafts for stable mass production.
Yes. We provide complete in-house mold and tooling development. Our engineering team designs and manufactures casting dies, processing fixtures, and inspection gauges required for your specific product design.
We cast with major copper-rich brass alloys standard in global sanitary ware markets. For surface decoration, we perform automated electroplating with options like premium nickel-chrome finishes and other custom finishes.
Every faucet is tested for leakage using air and water pressure testing before assembly and packaging. For plating quality, we conduct coating thickness checks and validate surface finishing performance through corrosion resistance tests such as 24-hour ASS and 200-hour NSS, depending on project requirements.
Yes. We support custom laser marking of your brand logo directly on the faucet body, customized packaging, laser-marked detail components, and other private label configurations.
The process starts with physical drawing review and engineering assessment. We then proceed to mold development and prototype sample preparation. Once you inspect and sign off on the sample, we start trial and mass production.
Send us your drawing, sample, or project requirements. Our team will review your needs and prepare a practical manufacturing proposal.
