Discover our highly verified selection of powertrain components, flywheels, control cables, and release bearings, designed to match the rigorous demands of global heavy truck systems and passenger vehicles.
Transmission mounts act as the fundamental link between the vehicle chassis and the powertrain assembly. In automotive architecture, they play a double-agent role: they must support the physical mass of the engine and transmission under extreme dynamic loads while simultaneously isolating the passenger compartment from mechanical high-frequency vibrations.
At Zhejiang TVC Auto Co., Ltd., our technological approach is centered on optimizing elastomer-metal vulcanization bonding and hydraulic damping mechanics. Dynamic torque loads generate varying load directions. A high-performing transmission mount must offer non-linear stiffness profiles—meaning soft damping under idle speeds to minimize noise, vibration, and harshness (NVH), while becoming progressively stiffer during high-torque acceleration to secure the structural orientation of the drivetrain.
How Zhejiang TVC Auto achieves unmatched quality and competitive costing through a vertically integrated, state-of-the-art manufacturing infrastructure.
Zhejiang TVC Auto Co., Ltd. specializes in the research, development, production, and sales of heavy and light vehicle components, emphasizing highly robust materials and close-tolerance assembly lines. By producing over 90% of our components internally, we insulate our international customers from supply chain bottlenecks, raw material inconsistencies, and variable lead times.
Precision slicing of raw steel rod and billet feedstocks.
High-accuracy dimensional checks for raw forging tolerances.
Automated hydraulic fitting and component integration.
Comprehensive functional test under custom parameters.
Finished products stored in climate-controlled environments.
Heavy-duty high-speed automatic material sawing machine.
Provides permanent traceability marking on every chassis mount.
Anti-oxidation barrier control for long-term trans-oceanic transit.
Consistent boxed output optimization for high-density warehouse storage.
Automated modular sub-assembly work cells for powertrain mounts.
As vehicles transition from traditional Internal Combustion Engines (ICE) to Hybrid Electric Vehicles (HEV) and Battery Electric Vehicles (BEV), the requirements placed on transmission and engine mounts are shifting fundamentally.
Passive rubber mounts are constrained by fixed dampening levels. TVC Auto’s future product research focuses on semi-active systems implementing magnetorheological (MR) fluids. These fluids change their yield strength based on magnetic fields controlled by real-time vehicle sensors, enabling instantaneous adaptation to road dynamics.
Environmental extremes degrade standard natural rubber mounts. Our engineering team relies on customized EPDM and high-temperature silicone elastomer compositions. These materials resist oil permeation, ozone cracking, and maintain their elastic modulus under extreme operations (-40°C to +150°C).
To aid fuel economy and EV range extension, we are changing the heavy structural core of traditional mounts from steel to high-grade die-cast aluminum alloys and glass-fiber reinforced polyamides. This significantly reduces overall component weight without sacrificing physical failure limits.
Optimizing uptime and reducing overall operating costs (TCO) across complex logistical fleets and severe-duty equipment deployments.
Heavy-duty commercial fleets and line-haul distribution logistics operate in relentless environments where component failure leads to massive downtime costs. In medium and heavy truck lines—such as European, Japanese, Russian, and domestic Chinese truck applications (e.g., Sinotruk HOWO, Shacman Delong)—powertrain component wear is highly accelerated.
A failed transmission mount introduces dynamic shock waves along the entire propeller shaft, causing premature failure of universal joints, spline interfaces, and clutch release bearings. Zhejiang TVC Auto provides complete vehicle-specific system solutions:
How TVC Auto answers the critical requirements of global Tier-1 automotive purchasers and OEM distributors.
All raw metal inputs and chemical elastomers must go through incoming quality control (IQC) with material test certificates (MTRs) to confirm chemical compositions and mechanical shear properties.
We implement ISO/IATF 16949:2016. Every product line follows rigorous process failure modes and effects analysis (PFMEA) and control plan execution to achieve zero-defect targets.
Backed by a senior design and tooling team, TVC Auto handles custom casting, stamping, vulcanization molding, and performance testing for highly specific application requests.
Exporting critical automotive parts requires more than manufacturing capability. It demands strict alignment with international safety standards and efficient global shipping logistics.
TVC Auto products pass national authority testing, proving our compliance with critical dynamic safety indices. We provide specialized pre-sales, mid-sales, and after-sales support systems, enabling our customers to choose the correct material specifications, verify engine-transmission combinations, and receive post-delivery technical support.
With exports reaching regions including Europe, the Americas, and Southeast Asia, TVC Auto has built a responsive distribution framework, offering reliable logistics tracking, custom packaging (including vacuum packaging to prevent saltwater oxidation during transit), and localized service contacts.
Get professional answers directly from TVC Auto's engineering and logistics teams regarding transmission mounting technologies and manufacturing procedures.
Complementary products from our production facility, including air brake chambers, control cables, release bearings, and custom flywheel assemblies.
TVC Auto
