Custom solar panel cleaning brushes for OEM systems, replacement assemblies, and O&M projects. Built for controlled contact, accurate fit, and repeat supply.
Brushes can be customized for different equipment layouts, including:
The final brush construction is reviewed according to the panel surface, machine speed, cleaning method, mounting interface, and operating environment.
Dense cylindrical brush coverage for continuous panel cleaning systems where broad and even surface contact is required.
Common use: robotic cleaners, rail-mounted systems, and vehicle-mounted solar cleaning equipment.
Spiral brush construction provides progressive contact across the panel surface and can help move dust toward the edge of the cleaning path.
Common use: automated solar cleaning robots and custom rotating brush assemblies.
Disc-style brushes provide localized rotating contact and are suitable for compact cleaning heads or equipment where the brush axis is perpendicular to the panel surface.
Common use: handheld equipment, articulated cleaning heads, and specialized robotic systems.
Brush format and mounting are selected around the cleaning system layout and its contact path across the panel.
Compact brush heads for manually guided pole-mounted cleaning tools.
Rotating roller or disc assemblies integrated into autonomous cleaning robots.
Long brush assemblies matched to vehicle-mounted arms and service equipment.
Brushes designed around fixed rails, supports, drives, and repeated panel-row travel.
Filament selection is reviewed with the module surface, cleaning method, contact pressure, machine speed, and operating environment. The approved brush and cleaning method must also follow the photovoltaic module manufacturer’s current cleaning and warranty instructions.
Confirm the brush against the cleaning machine, operating method, and the photovoltaic module manufacturer’s current requirements.
Provide the cleaning system type, brush format, working length and outside diameter, core or shaft dimensions, mounting and drive interface, rotation and travel speed, dry or wet cleaning method, module type and surface requirements, expected dust or contamination, quantity, and a drawing or existing sample.
No. Glass, coatings, frames, permitted cleaning methods, contact limits, and warranty requirements vary by module model and manufacturer. The brush design and operating method must be checked against the current instructions for the modules being cleaned.
Selection considers module-surface requirements, non-conductive and non-abrasive needs, filament stiffness and diameter, contact pressure, brush speed, dry or wet operation, dust type, water quality, chemicals, temperature, and UV exposure. A material name alone is not enough to guarantee suitability.
Use the method permitted by the module manufacturer and suitable for the site and machine. Some modules permit cautious contact cleaning, while some coated modules restrict wet contact or bristle brushing. Confirm the method before the brush construction is approved.
Yes. Send the drawing or sample together with working length, outside diameter, shaft or core, mounting and drive details, winding or fill pattern, filament if known, operating direction, speed, quantity, and any dimensions or balance requirements that are critical to the machine.
There is no universal replacement interval. Inspect filament wear and deformation, working diameter, contact consistency, cleaning result, vibration, mounting condition, and any surface-marking risk. Replace the brush when it no longer meets the approved cleaning or mechanical condition.
Send your drawing, sample, or machine details. We can review fit, cleaning conditions, and replacement requirements before quoting.
