Abi Tex Series

Textile Industry Rollers

Specialized rubber rollers engineered for textile processing with superior chemical resistance and temperature stability.

Complete Textile Roller Range

Knitting Roller (Abi Tex Knitting Roller)

60-65 Shore AIndustrial 130°C | Wet environments 95°C

Key Features:

Excellent stability in acidic and alkaline environments
Premium performance in bleaching, dyeing, starching, washing
Enhanced physical strength and abrasion resistance
Outstanding squeezing efficiency

Applications:

Foulards, intermediate squeezing, textile processing

Squeezing Roller (Abi Tex Squeezing Roller)

85-95 Shore AWet 60-90°C | Dry 90-130°C

Key Features:

Superior polyurethane compound press-out efficiency
Long-lasting end squeeze foulards with high performance
Maximum press-out efficiency design
Superior chemical and physical qualities

Applications:

End squeeze foulards, press-out operations

Stenter Roller (Abi Tex Stenter Roller)

85-90 Shore AUp to 100°C (moist, enclosed conditions)

Key Features:

High chemical stability in hot alkaline environments
Top-grade quality for mercerizing lines
Excellent physical strength with high abrasion resistance

Applications:

Mercerizing lines, intermediate and final squeezing

Sizing Roller (Abi Tex Sizing Roller)

70-75-80 Shore AUp to 110°C

Key Features:

Chemically stable with no swelling
Specifically formulated for starching and sizing applications
Maintains consistent hardness levels

Applications:

Starching, sizing applications

Mercerising Roller (Abi Tex Mercerising Roller)

40-45 Shore AWet 95°C | Dry 110°C

Key Features:

Superior chemical resistance to acidic and alkaline solutions
Consistent high quality in all textile processes
Strong physical properties with excellent abrasion resistance
High efficiency in squeezing processes

Applications:

Mercerising processes, textile finishing

Need Custom Textile Rollers?

We can customize rollers to match your specific textile processing requirements including hardness, temperature resistance, and chemical compatibility.