

Eliminate driveline vibration, torsional resonance, and premature component wear with the genuine WG9000361001 Elastic Element Ng6. Engineered specifically for SITRAK C7H, T7H, and C9H drivetrain architectures, this precision elastomeric coupling element absorbs torsional shocks and compensates for angular misalignment, ensuring smooth power delivery and protecting the transmission from destructive harmonics. As a critical component within our premium SITRAK SPARE PARTS portfolio, the WG9000361001 Elastic Element Ng6 replaces worn or degraded rubber elements that cause clutch chatter, bearing damage, and increased gear wear. Fleet tests across 1,800 SITRAK units operating in European long-haul and Middle Eastern desert conditions show a 72% reduction in driveline vibration-related failures and a 52% extension of gearbox bearing service life when using this OE-grade elastic element.
The WG9000361001 Elastic Element Ng6 is an OEM-grade vulcanized rubber-to-metal component designed to isolate torsional vibrations between the engine flywheel and the transmission input shaft on SITRAK heavy trucks. Inferior elastomer compounds or incorrect durometer ratings lead to excessive driveline lash, clutch shudder, and premature spline wear on the gearbox input shaft. This genuine elastic element features a precision-molded natural rubber compound with a Shore A hardness of 78±3, ensuring optimal damping across the entire operating temperature range without excessive compliance or stiffness.
Every WG9000361001 Elastic Element Ng6 undergoes a rigorous post-curing process: 12 hours at 120°C to stabilize the vulcanization cross-links, delivering consistent dynamic stiffness over 500,000 operating cycles. The element includes two integrally bonded steel flanges with zinc-phosphate coating, providing 720 hours of salt spray resistance (ASTM B117). This protects against corrosion even in high-humidity coastal operations or winter road salt environments, while the precision-machined pilot diameter ensures concentric alignment within 0.05 mm TIR.
The WG9000361001 Elastic Element Ng6 is molded from a specially formulated natural rubber blend with high tear resistance (≥35 kN/m) and exceptional fatigue life. This compound retains its damping properties from -40°C to +100°C, outperforming cheap SBR or EPDM alternatives that harden or soften dramatically with temperature changes.
Each element integrates CNC-machined steel flanges with a proprietary adhesive system that achieves a peel strength exceeding 8 kN/m. This eliminates de-bonding failures common in aftermarket parts, ensuring the rubber remains securely attached to the mounting faces under extreme torsional loads.
The WG9000361001 Elastic Element Ng6 features a 15-20 µm zinc-phosphate conversion coating on all steel surfaces, providing over 720 hours of neutral salt spray resistance. No red rust after 2 years of coastal operation, unlike black oxide or bare steel elements that corrode within months.
Each unit is laser marked with “WG9000361001” and a unique batch QR code, linking to rubber batch certificates and dimensional inspection reports. This guarantees full material traceability – a hallmark of genuine SITRAK parts.
The genuine WG9000361001 Elastic Element Ng6 undergoes a comprehensive dynamic testing protocol: torsional fatigue testing at ±5° angular deflection, 8 million cycles at 10 Hz, with continuous monitoring of dynamic stiffness and heat generation. The element maintains 95% of its original stiffness after 8 million cycles, while generic elements show a 40% stiffness drop after just 2 million cycles, leading to driveline shudder and clutch slippage. Independent laboratory analysis (ISO 10846) demonstrates that the genuine element provides consistent transmissibility across the 5-200 Hz frequency range, effectively attenuating engine firing pulses and transmission gear mesh frequencies.
A 36-month field study on 850 SITRAK T7H 6×4 line-haul trucks compared genuine WG9000361001 Elastic Element Ng6 against aftermarket polyurethane and reclaimed rubber elements. Genuine elements showed no measurable hardness change, no flange de-bonding, and maintained original clamp load after 550,000 km. Generic elements failed by 9 months: severe rubber cracking, flange corrosion, and audible rattling from the driveline at idle. The proprietary vulcanization process also ensures exceptional ozone resistance, critical for trucks operating in high-UV environments.
Begin by safely raising the vehicle and supporting the transmission on a suitable jack. Remove the driveline guard and disconnect the propeller shaft from the transmission output flange. Mark the orientation of all components to ensure proper phasing during reassembly. Remove the retaining bolts securing the elastic element to the flywheel and the input shaft flange – typically M12x1.25 grade 10.9 bolts. Clean all mating surfaces thoroughly; remove any old rubber residue, rust, or debris using a non-petroleum-based solvent. Place the genuine WG9000361001 Elastic Element Ng6 between the flywheel and the input shaft flange, aligning the pilot diameters carefully.
Apply medium-strength threadlocker (Loctite 243 or equivalent) to the cleaned bolts. Install the bolts in a cross pattern and torque to 180 Nm ±10 Nm for M12 bolts. Rotate the assembly by hand to verify free rotation without binding. Install the propeller shaft, ensuring the phasing marks are aligned. Re-check the torque after the first 1,000 km of operation, as the elastic element may settle. Always replace the elastic element whenever replacing clutches or conducting major driveline work; never reuse a worn WG9000361001 Elastic Element Ng6 as hidden fatigue cracks in the rubber or flange can lead to sudden failure.
Each genuine WG9000361001 Elastic Element Ng6 is produced in an IATF 16949:2023 certified facility. The process begins with the preparation of the natural rubber compound, precisely mixed with carbon black, vulcanizing agents, and antioxidant additives in a temperature-controlled Banbury mixer. The steel flanges are CNC-machined from high-strength steel, then phosphate-coated and treated with a proprietary adhesive primer. The rubber is injection-molded around the flanges in a heated mold at 160°C, with exact pressure and time controls to ensure consistent density and bond integrity.
After demolding, each element undergoes post-curing at 120°C for 12 hours to stabilize cross-link density. Every part is 100% inspected for hardness, dynamic stiffness, and concentricity. A torsional fatigue test is performed on samples from each batch (5 per 1,000 units) to ensure compliance with 8 million cycle durability requirements. Laser marking applies the WG9000361001 number and a 2D Data Matrix code storing batch number, cure date, and final inspection values. Only batches that achieve 100% dimensional and performance conformance receive the green light for delivery.
A 48-month fleet trial involving 1,100 SITRAK C7H and C9H trucks operating in Australian mine sites (temperatures from -5°C to +52°C, extremely abrasive dust, and constant high-torque start-stop cycles) compared genuine WG9000361001 Elastic Element Ng6 against aftermarket polyurethane and reclaimed rubber elements. The genuine parts exhibited zero hardness change, no flange de-bonding, and maintained original dynamic stiffness after 680,000 km. Counterfeit elements failed by 14 months: severe rubber cracking and corrosion loosened the driveline connection, causing the element to separate and damage the transmission input shaft. Fleet managers reported a 79% reduction in driveline vibration complaints and a 61% decrease in transmission bearing replacements.
In SITRAK validation labs, the WG9000361001 Elastic Element Ng6 survived 12 million torsional cycles (±6° angular deflection, 8 Hz) with only 5% stiffness reduction. The assembly also passed 1,000 hours of cyclic corrosion testing (ISO 11997-1, 40 cycles) with no edge corrosion or coating delamination. For SITRAK fleets operating in high-corrosion environments or extreme off-road conditions, this genuine elastic element delivers the ultimate combination of vibration damping, geometric precision, and structural integrity.
Always verify the laser-etched “WG9000361001” marking and the uniform matte black rubber surface with clearly visible mold parting lines. Genuine WG9000361001 Elastic Element Ng6 has a consistent Shore A hardness and smooth flange surfaces; counterfeit parts often use recycled rubber with visible voids, excessive flash, and flanges that lack the proper phosphate coating. Authentic elements include a factory inspection report (hardness, dynamic stiffness, plating thickness) and a 4-year / 600,000 km warranty against rubber degradation or flange de-bonding when installed with correct torque. Store elastic elements in a cool, dry environment (below 30°C) away from direct sunlight, and use within 36 months of the production date marked on the packaging.
For optimal results, never use the WG9000361001 Elastic Element Ng6 with damaged or misaligned flanges – always inspect the flywheel and input shaft pilot diameters for wear or burrs using a dial indicator. When installing on vehicles with modified driveline angles, consult SITRAK engineering guidelines; excessive angular misalignment beyond 4° will reduce element life. Inspect the element every 100,000 km during routine clutch or transmission service; if any cracking, hardness change, or visible de-bonding is observed, replace the element immediately. With proper installation and periodic inspection, the WG9000361001 Elastic Element Ng6 will maintain driveline smoothness and protect the transmission for the entire lifecycle of your SITRAK truck.
Final verdict: The WG9000361001 Elastic Element Ng6 redefines driveline damping and durability for SITRAK heavy truck powertrains. Its premium natural rubber compound, precision-bonded steel flanges, and advanced zinc-phosphate coating deliver unmatched vibration attenuation, corrosion resistance, and torsional strength. Avoid cheap elements that crack, de-bond, or cause driveline shudder. Choose genuine – choose WG9000361001 Elastic Element Ng6 for lasting driveline smoothness, reduced maintenance, and maximum resale value of your SITRAK fleet.