

The Shacman H3000 Frame Auxiliary Crossbeam is a mission-critical structural reinforcement designed to enhance the torsional rigidity and load-bearing capacity of the Shacman H3000 heavy-duty chassis. This precision-engineered assembly integrates seamlessly with the vehicle’s frame, providing essential lateral support and distributing dynamic loads evenly across the longitudinal rails. Whether navigating rugged construction sites or hauling heavy cargo on highways, this crossbeam ensures that the chassis remains stable and fatigue-resistant under the most demanding conditions.
The Toothed Bolt With Hexagon Flange Face is a high-grade fastening solution engineered to secure critical chassis connections without loosening under vibration. Its serrated flange face bites into the mating surface, providing a positive lock that eliminates the need for additional locking washers. Manufactured from 10.9-grade alloy steel with yellow zinc plating, this bolt delivers exceptional shear strength and corrosion resistance, making it ideal for repeated maintenance cycles in harsh operating environments.
The Hexagon Flange Facing Toothed fastener combines a standard hexagon head with an integrated flange and serrated teeth on the bearing surface. This design distributes clamping force evenly across the bracket interface while the toothed pattern prevents self-loosening due to vehicle vibration. Precision-crafted from high-strength steel, this component ensures consistent preload for critical chassis joints and simplifies assembly by eliminating extra hardware.
The Cross Beam serves as the primary structural member of the Shacman H3000 Frame Auxiliary Crossbeam assembly. Fabricated from high-strength low-alloy steel using precision robotic welding, this beam provides exceptional bending stiffness and torsional resistance. Its optimized hollow-section design reduces overall weight while maintaining maximum load-bearing capacity, contributing to improved fuel efficiency and reduced vehicle wear over long-haul operations.
The Base Plate is a precision-machined mounting interface that distributes loads from the crossbeam to the chassis frame rails. Manufactured from high-tensile steel with a durable anti-corrosion coating, this plate features accurately positioned mounting holes that guarantee perfect alignment during installation. Its robust design prevents stress concentration and ensures that the auxiliary crossbeam remains securely attached to the vehicle frame under extreme dynamic loads.
The Hexagon Nut With Flange/M7.112.40 M14*1.5-10-MAN183B1 is a heavy-duty flanged nut designed to provide a built-in washer face that distributes load over a larger area, preventing surface indentation on brackets and crossbeam components. The M14x1.5 fine thread guarantees secure locking under high-vibration environments, while compliance with the MAN183B1 coating specification ensures exceptional corrosion protection and consistent torque retention after repeated tightening cycles.
The Shacman H3000 Frame Auxiliary Crossbeam assembly is engineered with weight optimization in mind, using advanced materials that reduce overall vehicle mass without compromising structural integrity. This leads to improved payload capacity, better fuel economy, and lower emissions, aligning with modern environmental standards while maintaining the ruggedness required for heavy-duty commercial applications.
Installation of the Shacman H3000 Frame Auxiliary Crossbeam is straightforward thanks to the precise fit of each component. All mounting holes are factory-drilled to exact coordinates, allowing workshop technicians to replace or upgrade the assembly with minimal downtime. The bolt-on design eliminates the need for welding or modification, keeping your fleet operational and productive.
Corrosion protection is paramount for chassis components, and every part of the Shacman H3000 Frame Auxiliary Crossbeam assembly is coated with a advanced multi-layer protection system. This includes a zinc-phosphate primer followed by a durable topcoat that resists salt, moisture, and road debris, ensuring that the brackets, bolts, nuts, and crossbeam retain their structural properties even in harsh winter conditions.
The Cross Beam and Base Plate work together to effectively distribute lateral forces between the left and right frame rails. This reduces twisting forces on the main chassis structure, preserving vehicle alignment and improving overall stability, especially when carrying unevenly distributed loads or navigating uneven terrain.
The Toothed Bolt With Hexagon Flange Face and Hexagon Nut With Flange are forged from high-grade carbon steel, offering exceptional tensile strength and fatigue resistance. Their design incorporates stress-relief features that minimize crack propagation, ensuring that these critical fasteners remain intact throughout the vehicle’s service life.
All components of the Shacman H3000 Frame Auxiliary Crossbeam assembly are manufactured under ISO 9001 certified processes. This guarantees consistent dimensional accuracy and material properties, so you can trust that every replacement part performs exactly as the original equipment.
The Shacman H3000 Frame Auxiliary Crossbeam is not just a part; it is a complete system engineered to enhance the durability, safety, and efficiency of your heavy-duty truck. With a focus on precision and longevity, this assembly is the preferred choice for fleet managers who prioritize reliability and minimized lifecycle costs.
Shacman H3000 Frame Auxiliary Crossbeam
| Part Number | Part Name |
|---|---|
| Q1811455TF3 | Toothed Bolt With Hexagon Flange Face |
| Q1811430TF3 | Hexagon Flange Facing Toothed |
| DZ97259510440 | Cross Beam |
| DZ97259510441 | Base Plate |
| 06.11251.2005 | Hexagon Nut With Flange/M7.112.40 M14*1.5-10-MAN183B1 |
Uncompromised durability – Every component of the Shacman H3000 Frame Auxiliary Crossbeam is manufactured from high-strength alloy steel and protected with a multi-layer anti-corrosion coating. This ensures that the assembly withstands the toughest operating environments, from freezing tundra to scorching desert highways, without losing its structural integrity.
Precision engineering for perfect fitment – Our assembly is designed using original OEM specifications, guaranteeing that each bracket, bolt, nut, and the main crossbeam align flawlessly with the Shacman H3000 chassis. This eliminates the need for modification, reduces installation time, and ensures consistent performance across all vehicle variants.
Enhanced vehicle stability and handling – The combination of the crossbeam with the base plates and high-strength fasteners creates a rigid yet lightweight structure that minimizes chassis flex. This directly translates to improved directional stability, reduced body roll, and a more comfortable ride for drivers over long distances.
Cost-effective long-term investment – By choosing our Shacman H3000 Frame Auxiliary Crossbeam, fleet operators benefit from extended service intervals and fewer breakdowns. The robust design reduces wear on related suspension and drivetrain parts, lowering overall maintenance expenses and increasing vehicle uptime, ultimately delivering a superior return on investment.
Each Shacman H3000 Frame Auxiliary Crossbeam assembly undergoes a stringent multi-stage inspection process, including dimensional checks, weld integrity tests, and material hardness verification. This ensures that every part meets the highest standards of quality and reliability, giving you peace of mind on every journey.
Designed to fit all Shacman H3000 series trucks produced since 2018, this assembly is fully interchangeable with genuine parts. Whether you operate in Europe, Asia, Africa, or the Americas, our product guarantees seamless integration and dependable service across all markets.
Our supply chain ensures that the Shacman H3000 Frame Auxiliary Crossbeam and its associated components are readily available for immediate shipment. This minimizes downtime for your workshop and keeps your trucks on the road where they belong, maximizing your operational efficiency.
The Shacman H3000 Frame Auxiliary Crossbeam is engineered to OEM-grade specifications, using advanced CAD modeling and finite element analysis to optimize every detail. From the material selection to the final coating, every aspect is designed to deliver performance that matches or exceeds the original equipment.