Custom cylinder brushes and roller brushes built to your required OD, face length, shaft detail, trim, and filament specification for conveying, washing, wiping, solar cleaning, and OEM process equipment.
Request a QuoteA custom cylinder brush, also called a roller brush or cylindrical brush, is a rotating brush used where the working surface needs full-width contact across a product, belt, panel, or part.
Common builds include tufted rollers and spiral-wound cylinder brushes. The right construction depends on finished OD, face length, shaft or bore detail, fill material, trim, RPM, surface sensitivity, and service environment.
In OEM and replacement work, the safest starting point is a drawing, measured sample, or clearly marked existing roller. Photos alone are usually not enough to confirm fit, contact pattern, or line performance.
Choose the roller type by the required brushing action, filament, working face, machine interface, and replacement method. Each type can be manufactured to an approved drawing or matched sample.
Tufted nylon roller brushes for washing, wiping, dust removal, conveying, product support, and general OEM equipment.
Silicon carbide or aluminum oxide abrasive filament provides repeatable action for deburring, polishing, oxide removal, and surface conditioning.
Carbon steel, stainless steel, or brass wire rollers provide stronger cleaning for scale, rust, oxide, and demanding metal-processing duties.
Brush strip is wound onto a tube or core to create open or dense helical contact for long working faces and continuous process lines.
Replaceable brush segments or stacked brush discs build the required working face while simplifying installation and worn-section replacement.
Complete roller brush assemblies are manufactured around the machine interface when a replacement must match an existing shaft and bearing arrangement.
Core structure, shaft details, fill layout, and face patterns can be batch customized to your drawing or matched sample. These details affect machine fit, contact pressure, replacement accuracy, and service life.
The base may be a plastic body, tube, mandrel, or machined core depending on the required diameter, stiffness, mounting method, and whether the roller must carry wider or higher-load contact.
The shaft, arbor, or bore detail must match the machine bearing, drive, and mounting arrangement before a replacement or OEM build can be confirmed. Journals, steps, threads, flats, keyways, and bore details should be reviewed before release.
Straight rows, staggered rows, chevron patterns, and spiral-wound faces can be produced to the approved drawing. Tuft spacing, row density, trim profile, and face coverage are customized for the required contact, cleaning action, product handling, and surface sensitivity.
Filament, wire, core, and body materials can be batch customized to your drawing or matched sample. Material selection is based on contact force, surface sensitivity, moisture, chemicals, temperature, wear, and cleaning duty.
Polyamide is the nylon material family. Nylon is used for washing, wiping, conveying, and product contact. Food-grade options and fine filaments down to 0.05 mm are available; 0.05 mm nylon provides soft contact for glass cleaning and other sensitive surfaces.
PP filament is commonly used for wet cleaning, produce washing, conveyor contact, and chemical-exposure applications where low moisture absorption and practical wear life are required.
Silicon carbide or aluminum oxide abrasive nylon is used for deburring, conditioning, polishing, and surface preparation. Available grit selections include 80, 120, 180, 240, 320, 360, and 600, depending on the abrasive system.
Tampico, horsehair, pig or boar bristle, and ostrich feather are available for softer polishing, waxing, dust removal, liquid retention, or antistatic surface cleaning.
Metal wire provides stronger cleaning, scale removal, and surface conditioning. Heat-resistant metallic fills are available for selected furnace rollers, with application-specific configurations rated up to 1,250°C.
Roller bodies and mounting components can use engineered plastic, stainless steel, galvanized steel, or brass according to the construction, shaft interface, load, washdown, and corrosion requirements.
Modular and special roller constructions can be batch manufactured to your drawing or matched sample. Segmented and split designs reduce replacement time, simplify installation, or build a longer working face from repeatable brush modules.
Toothed replaceable sections connect into a continuous brush face and are secured with end collars.
Interlocking quick-snap modules support faster assembly, replacement, and adjustment of the working face.
Square-bore sections provide positive location and stable drive when assembled on a matching square shaft.
Split-core and semicircular brush bodies install around an existing shaft, reducing disassembly where bearings, drives, or surrounding machine parts make full roller removal difficult.
Individual brush discs are stacked side by side to create the required face length and density for steel strip, sheet cleaning, polishing, and deburring lines.
A complete drawing is enough to start a custom roller brush review. If no drawing is available, send a measured sample or provide the four groups of information below.
Send the approved drawing, a marked photo, or a physical sample. Also include the required quantity and whether the project is a new OEM build or a replacement.
Provide the finished outside diameter, brush face length, overall length, and any stepped or profiled trim that affects contact or machine clearance.
Show the shaft diameter, bearing journals, shoulders, keyway, threads, flats, bore, flanges, or other drive and mounting details.
Specify filament material and diameter, abrasive grit where applicable, trim height, fill pattern, rotation direction, RPM, workpiece, moisture, chemicals, temperature, and required brushing result.
Read the Dynamic Balancing GuideThe same cylinder brush construction can be adapted to different line duties by changing the filament, trim, density, face pattern, shaft, and working diameter.
Food-grade nylon or polypropylene and selected natural fills are used for washing, peeling, polishing, waxing, and handling fruit, vegetables, and other food products.
Abrasive nylon, wire, spiral-wound, or stacked brush rolls clean and condition steel, stainless steel, aluminum, and copper on pickling, degreasing, galvanizing, coil coating, and other continuous lines.
Roller brushes clean belts, guide or support moving products, remove carryback, and provide controlled contact on packaging and automated handling lines.
Abrasive nylon or wire-filled rollers remove light burrs, scale, oxide, and surface residue while producing a controlled brushing or finishing action.
Fine or soft filaments provide broad, repeatable contact for removing dust and washing sensitive solar-module surfaces.
Each order is packed according to brush size, weight, and quantity. Long rollers, brush sections, and batch shipments are secured in wooden cases for transport.
A tufted roller has filaments staple-set into the body, while a spiral-wound cylinder uses wound brush material on a tube or core. The better choice depends on contact pattern, cleaning duty, replacement method, machine construction, and how the brush needs to be mounted or serviced.
Yes. Modular segment constructions such as zig-zag, quick-snap, and square-core brushes simplify installation and allow worn sections to be replaced without changing the complete roller assembly. Split-core designs can also be installed around an existing shaft.
Yes. A drawing or physical sample is the safest way to match the OD, face length, overall length, shaft detail, trim, and fill material for a replacement project.
Yes. Shaft diameter, journals, steps, keyways, threads, flats, bore size, and other mounting details can be produced to the approved drawing or replacement sample.
Nylon and polypropylene are common choices, but the right material depends on the product surface, moisture, chemicals, washdown method, and required wear life.
Yes, but the fill, core, and service environment must be specified clearly so the brush can be built for the actual process, cleaning method, and material expectations of the line.
The most important details are roller format, finished OD, face length, overall length, shaft or bore detail, fill material, face pattern, operating direction, RPM, and the application itself.
Custom production from your drawing. Large-volume production is supported for OEM and replacement projects.