A transmission lubricant built around the stated fluid category and referenced specification, with controlled friction characteristics, cleanliness and packaging for repeatable supply.
Technical compatibility must be confirmed against the equipment manual, final TDS and current product label.
Performance targets, base-oil route, additive system, packaging and test plan are aligned before production.
The additive system is selected to support the engagement and shift behavior required by the intended transmission type.
The fluid is designed to resist oxidation and viscosity change under normal transmission operating temperatures.
Seal, clutch and material compatibility must be checked against the final specification and application.
Filtration, line clearance and first-piece checks help protect fluid cleanliness and packaging accuracy.
Our work begins when qualified base oils, additives and packaging materials enter the factory. The objective is a product that can be manufactured, tested, traced and repeatedly delivered.
Application, market, performance level, viscosity, packaging, order volume and documentation are confirmed.
Supplier status, batch documents, packaging condition and relevant incoming properties are checked before use.
The approved formula, dosing order, tolerances, temperature, mixing time and tests are controlled by version.
Materials are metered, blended and sampled. Out-of-target batches remain isolated until authorized action and re-test.
Line clearance, filtration, first-piece approval, fill quantity, closure, sealing, coding and carton checks are recorded.
Finished-product tests, packaging inspection and batch documents must be complete before shipment release.
Documentation is supplied according to the final SKU, contract and market requirements. Certificates or approvals are never treated as universal across unrelated products.
Links the batch number, production date, release tests, specification limits and actual results.
Describes intended use, typical properties, performance level, viscosity grade and application guidance.
Covers hazards, handling, storage, transport, spill response and first-aid information.
Finished-product reports, validation tests or qualified third-party work can be arranged by project.
OEM is suitable when your product specification, brand and packaging are already defined. ODM starts earlier, with product positioning, formulation route, samples, packaging and validation developed together.
Market, equipment, specifications, pack size, volume, target cost and launch timing.
Verified formula, optimized formula or new ODM development route.
Sample version, internal testing, customer feedback and approved reference standard.
Container, closure, seal, artwork, carton, code and shipping configuration.
Version-controlled formula, documented process, batch testing and shipment documents.
No. It is suitable only where the equipment manufacturer permits the stated product category, performance level, viscosity or consistency grade and referenced specification.
No. A specification shown on a label or parameter sheet is not automatically an active OEM approval. Approval language requires valid, product-specific evidence.
Typical project documents include TDS, SDS/MSDS, batch COA and finished-product inspection records. Third-party reports and approvals depend on the specific SKU and project.
Through approved samples, product specifications, formula version control, qualified materials, production instructions, process and final testing, batch records and retained samples.
Include the target market, application, technical standard, viscosity or grade, pack size, estimated quantity and required documents.