Superior Connection for Vertical Scrubbers Found in Automated Car Wash Systems

Climax Keyless Rigid Moment Couplings provide a superior connection solution for vertical scrubbers, eliminating problems associated with traditional keyed methods.

Car Wash Scrubbers

Vertical Brush Application in Car Wash Systems

Cloth-friction wash systems, popular in automated car wash facilities, incorporate the use of soft cloths or brushes. As the vehicle moves through the car wash tunnel, these soft cloths or brushes move around the exterior surface of the vehicle, eliminating unwanted dirt and debris.

This cloth-friction wash system incorporates design features where large vertical mechanisms called scrubbers have multiple cloth strips attached to them. These scrubbers rotate at a very high speed, spinning the cloth strips as they encounter the sides and top of the vehicle while it moves past the scrubbers. The cloths are soft, but since they spin at a high rate of speed, (more…)


Car Wash Tunnel Conveyor Systems Benefit from the use of a Keyless Locking Device

A Keyless Locking Device from Climax provides an alternative to traditional keyed connections in car wash tunnel conveyor applications proving to be cost-effective and maintenance-friendly.

Car Wash Tunnel Conveyor System

Tunnel Conveyor System in Car Wash

Providing customers a seamless car wash ensures that they leave the facility happy and with a clean car. Although the requirement for equipment maintenance may seem daunting and costly, proper maintenance of a car wash is extremely important in providing a positive experience. Many car wash facilities incorporate the use of an underground tunnel conveying system that moves the vehicle through the washing process. Typically this type of car wash system can reach upwards of a half-million dollars in equipment.

Traditionally, manufacturers use a keyed connection to mount the chain sprocket to shafting. Shaft/hub connections in the car wash conveying systems are subjected to harsh and strenuous loads which can lead to shaft fatigue (more…)