NEW: Stainless steel connector size 50

Stainless steel tube connector FK-VA RK Rose+Krieger has expanded its portfolio of clampable stainless steel tube connectors Robust Clamps. With the new size, the sturdy, corrosion-resistant connecting parts are now also available for tubes with a diameter of 50 mm.

The Robust Clamps product range from RK Rose+Krieger includes clampable stainless steel tube connectors. They are an economical alternative to complex in-house or welded constructions for connecting heavy loads in a force-fit, impact-resistant and dynamically resilient manner. Until now, the tube connectors were available in sizes 18, 30 and 40 mm. The new size now also covers cross-sections of 50 mm. When developing the new size, RK Rose+Krieger focused on the requirements of handling and automation.

• Feautures:
• High clamping forces even under dynamic loads
• Extremely resistant to high torque loads
• Optimized weight
• High temperature resistance
• Corrosion-resistant material: 1.4308
• Cost-effective alternative to self-assembly in an attractive design
• Electropolished surface, encapsulated threads: easier to clean
• Less susceptible to contamination

RK tube connector – connecting tubes with one another simply and quickly

When it comes to stable and detachable tube connections, clampable tube connectors are a cost-effective and extremely flexible alternative to complex in-house designs or welded constructions. RK Rose+Krieger offers different solutions depending on the load and the application:

• Light Clamps: Plastic tube connectors for tasks with low mechanical loads are corrosion-resistant and resistant to aggressive substances.

• Solid Clamps: Aluminium tube connectors for the medium to heavy load range have good mechanical properties and impress with optimum cost efficiency.

• Robust Clamps: Stainless steel tube connectors for heavy loads and shock-proof applications are engineered to be highly resistant to temperature and corrosion. They feature a particularly high flexural strength, and retain their excellent stability even when exposed to dynamic loads.