Drawing-based rubber covered rollers for textile wet processing, with needle perforating rollers and velour needle-loom brush segments for defined textile and nonwoven equipment positions.
Our rubber covered rollers are reviewed for defined pressure, liquid-control, and continuous-contact positions in textile processing equipment.
Rubber-covered rollers provide uniform liquor application and controlled squeezing in textile dyeing and finishing lines. Cover material, hardness, face profile, and shaft details are made to the process requirement.
Squeeze rollers remove excess water and processing liquid after fabric washing and rinsing. Roller construction is reviewed around the fabric, working width, pressure, line speed, and liquid conditions.
Rubber-covered rollers provide controlled pressure and liquid handling in continuous bleaching and mercerizing lines. The suitable cover compound is confirmed for the actual chemical, concentration, temperature, and operating conditions.
Rubber-covered contact rolls can be supplied for selected calendering and textile finishing positions that require controlled pressure and surface contact. Final construction follows the approved drawing; calender roll materials vary by machine and process.
Hot or cold needle perforating rollers can create controlled openings in compatible textile and nonwoven webs for ventilation, permeability, drainage, filtration, lamination preparation, or another defined process result.
Pin diameter, tip form, spacing, density, working width, pattern, and unperforated zones can be customized to the approved machine drawing. The web material, thickness, line speed, tension, and required opening must be reviewed before choosing hot or cold perforation.
Custom Needle Perforating Rollers →Brushcustom manufactures toothed plastic-backed nylon brush segments for installation on aluminum rails in velour needle looms. Segment size, brush fill, and rail fit can be made from an approved drawing for OEM replacement and volume production.
Segment dimensions, toothed base geometry, pitch, and aluminum-rail interface follow the approved drawing or sample.
Filament diameter, trim height, and tuft density are controlled across the working width for consistent brush-apron support.
Individual worn segments can be replaced when the approved module and rail interface are maintained.
Rubber-covered rollers suit padding, squeezing, wet-process pressure, and controlled fabric contact. Needle perforating rollers create specified openings in textile or nonwoven webs. Lath plate brush segments form the supporting brush apron in compatible velour needle looms. Final selection follows the machine position and required function.
Provide the roller position and function, finished outside diameter, face length, core, shaft and journal dimensions, cover material and hardness if known, surface profile, runout and tolerances, fabric type, line speed, nip pressure, process liquid, chemical concentration, temperature, and quantity.
Selection depends on the fabric, required liquid pickup or extraction, nip pressure, line speed, chemical composition and concentration, temperature, abrasion, and paired-roller arrangement. A single compound or hardness should not be assumed suitable for every textile wet process.
Provide the web material and thickness, total and perforated widths, hot or cold process, required opening, pin diameter, tip form, projection, spacing, density, pattern, unperforated zones, line speed, tension, counter-roller arrangement, and machine drawing.
Provide the existing segment, approved drawing, or clearly measured sample with the base length, width and thickness, tooth and rail profile, pitch, mounting interface, tuft pattern, filament material and diameter, trim height, density, machine working width, and required segment quantity.
We manufacture rubber covered rollers, needle perforating rollers, and lath plate brush segments from approved drawings or samples for OEM, replacement, and volume textile-equipment orders.
For a quote, identify the machine position and required function, then provide the product-specific dimensions, material or fill details, operating conditions, critical interface, and quantity.
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