Final drive
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518-3389, 5183389, 355-5668, 339-4983 C at Final Drive for 330d Excavator
for Liebherr Planetary Final Drive Fat650 for Bulldozers
Customized Transmission Final Drive for Combine Harvesters
PC400-7 Final Drive 208-27-00243 PC400-8 Excavator Main Reducer Travel Motor Assembly
NACHI Phv-1b Hydraulic Travel Motor/Final Drive for Hitachi Zx18 Excavator Kubota Ishikawa 10f2 1ton-1.8ton
Ex70 Zx70 Travel Drive Final Drive for Hitach Excavator
Dh420 Dx340LC Dx420 Travel Motor Assy 420LC-V 2401-6357A 2401-6357b Final Drive for Doosan
Heavy-Duty Final Drive Assembly for Sk200-8 & Sk210-8 Excavators
Sem 816 816D 822 822D 824 F826f 832f Bulldozer Final Drive
Caterpillar Excavator 330 Hydrostatic Track Moto Rrepair Jcb 332/L9328 Travel Motor Js205 Final Drive
R220LC-9s 39q7-40100 R220-9 R225-9 R215-9 R210-9 R260-9 R210LC-7 Final Drive for Hyund*Ai Excavator Parts
2509000033 Final Drive for S D L G Wheel Loader LG933 LG936
Excavator Sk330-8 Sk350-8 Sk400 Sk400LC Sk450 Sk460 Sgm60va GM60 LC15V00023f2 Travel Motor Assy Final Drive
Quality Final Drive for Excavator Bobcat 442 (Rexroth GF T9T2 Compatible)
Final Drive for Compact Track Loader Kubota Svl90 (V0511-31110)
Gft60 Gft80 Gft110 Gft160 Gft220 Gft330 Atlas Copco Epiroc 57415929 Hydraulic Gft Hydraulic Final Drive
TM03 GM03 Final Drive Travel Motor for Yanmar Komatsu Excavator Vio20 Vio25-6 Vio27 Vio27-5 Vio30 PC27 PC30
Good Price Mantall 2 Bare Pacing China Wheel Loader Part Final Drive Self-Propelled Xe140W
452-6213 4526213 Final Drive for 305.5 305.5e Excavator
Kayaba Kyb Travel Motor Original Kyb Final Drive Mag-230vp
21t-27-72120 Final Drive for Komatsu PC2000-8 Son Tahrik Seyir Motoru Seyir Cihazi
Original Travel Motor Assy 511-0315 Final Drive for Excavator E336 336D2
198-27-00442 198-27-00443 Final Drive for D475A-5 OEM High Quality Bulldozer Part
Excavator Parts Vio20 Final Drive 172173-7330 Vio20-2 Vio-025 Ex22-2 Ex25-2 Kx61-3
Kubota Rx302 Rx141 Travel Device Motor Final Drive
Sourcing guidance for Final Drive
What are the key technical specifications to evaluate when sourcing a final drive?
When selecting a final drive, you must prioritize torque density and gear reduction ratios to ensure the unit matches the machine's hydraulic output. Key specs include the displacement (cc/rev), maximum operating pressure (typically 30-35 MPa), and output torque. Ensure the mounting dimensions (flange diameter and bolt hole patterns) are 100% compatible with your specific excavator or crawler model to avoid costly installation failures.
How can I verify the quality and durability of the internal components?
The longevity of a final drive depends on the heat treatment process of the planetary gears and the quality of the floating seals. Request suppliers to provide evidence of induction hardening or carburizing for gears to ensure a surface hardness of HRC 58-62. Additionally, verify that the unit uses high-grade bearings (such as NSK or SKF) and high-pressure resistant oil seals to prevent leakage and premature wear in harsh environments.
What compliance standards and certifications should a professional supplier possess?
Reliable manufacturers should hold ISO 9001:2015 certification for quality management systems. For hydraulic components, look for compliance with CE marking (for the European market) and evidence of rigorous factory testing, including 100% hydraulic leakage tests and noise level testing (typically <80dB) before shipment. Suppliers on Made-in-China.com with 'Audited Supplier' status provide an extra layer of verification regarding their production capabilities.
What are the common usage scenarios and maintenance requirements for final drives?
Final drives are critical for tracked construction machinery like excavators, bulldozers, and drill rigs. To ensure a service life of 5,000+ hours, buyers must emphasize regular gear oil changes (every 500-1,000 hours) and the use of high-viscosity extreme pressure (EP) lubricants. Advise end-users to check for metal shavings in the magnetic plug, which serves as an early warning sign of internal gear fatigue.
Cross-Border Procurement Risks and Strategic Advice
How can I mitigate the risk of receiving a final drive that doesn't fit my machine?
The most common risk is dimensional mismatch. Always provide the supplier with the machine model, part number, and the number of frame/sprocket bolt holes. Request a technical drawing (PDF or CAD) for approval before production. For customized OEM orders, a sample trial is highly recommended to verify hydraulic port alignment and travel speed synchronization.
What are the best practices for negotiating price and lead times with Chinese suppliers?
Focus on Total Cost of Ownership (TCO) rather than just the unit price. Negotiate for extended warranties (12-24 months) instead of small price cuts, as this proves the supplier's confidence in their product. For bulk orders, aim for a 10-15% discount at the 10-unit tier. Ensure the contract specifies a lead time (usually 7-15 days for stock items) with clear penalties for delays to protect your supply chain.
How should final drives be packaged and shipped to ensure safe arrival?
Final drives are heavy, high-precision hydraulic components. They must be shipped in fumigated wooden crates with internal shock-absorbing foam and anti-rust VCI bags. Since these units contain residual oil, ensure the supplier provides a Non-Hazardous Chemical Declaration to avoid customs delays. For international shipping, FOB or CIF terms are standard; however, ensure the cargo is insured for its full replacement value.
How can I ensure transaction security when dealing with overseas suppliers?
Utilize secure payment methods and prioritize suppliers on Made-in-China.com who offer Star Ratings and comprehensive audit reports. Always conduct a pre-shipment inspection (PSI)—either via a third-party agency or by requesting a video of the unit undergoing a pressure test with your specific serial number visible—to ensure the product meets the agreed-upon performance benchmarks before final payment.





























