
Setting a New Standard in Lightweight Cross Beams
Our EMU cross beams represent the pinnacle of design, constructed from a single piece of high-strength alloy extrusion. This singular construction guarantees exceptional tensile strength while maintaining a lightweight profile, redefining industry standards.
Compared to other alternatives available today, our cross beams are, on average, 20-35% lighter while delivering the same nominal pressure. This impressive reduction in weight not only enhances ease of handling but also contributes to greater overall efficiency.
Furthermore, our cross beams offer a sleeker, lower profile. To illustrate, consider a press designed for a 1800mm wide steel cord belt requiring 180Psi; traditionally, it necessitates 380mm high cross beams. In contrast, EMU cross beams, designed for the same pressure, are a mere 300mm in height. This difference can make a significant impact on operational convenience.
For situations involving varying height requirements, we can provide additional setup frames upon request, ensuring adaptability to your unique circumstances. Moreover, if your project demands a pressure rating of 200Psi, our system accommodates this seamlessly by incorporating additional beams into the overall design.
EMU beams can be customized with windows to accommodate a secondary safety bar. This enhancement strengthens the press’s resilience against potential mishaps, such as a broken bolt or unexpected pressurization events beyond OEM guidelines, bolstering the system’s overall safety.
Choose WAGENER Vulcanizers EMU AIR/LIQUID cross beams for unparalleled strength, reduced weight, and enhanced versatility in your vulcanizing processes.
- Light cross beams profiles made of high-strength aluminium alloy
- Optimal tensile and bending strength at minimal weight
- Designed for heavy-duty operations with a compact footprint
- Superior safety standards are maintained by embedding traction bolts with safety pins into the cross beam profile, complemented by an optional cross beam restraining system featuring a safety bar