Tork 194750 raskaan työn puhdistusliinat punainen 40 arkkia

Industrial cleaning often means tough grime, oil, and grease that ordinary cloths can't handle. Tork 194750 heavy-duty cleaning cloths are engineered for demanding tasks in workshops, manufacturing, and maintenance environments. Each red cloth is made from a durable non-woven blend that delivers high wet and dry strength, so you can wipe, scrub, and absorb without the cloth falling apart. The folded format dispenses one cloth at a time, reducing waste and keeping the rest of the pack clean and ready for use.

Who is it for

These cloths are ideal for maintenance technicians, machine operators, and industrial cleaners who need a reliable wiping solution for oil, grease, water, and general grime. They are also suitable for workshops, garages, and production lines where heavy-duty cleaning is a daily requirement.

Main features

• Heavy-duty non-woven material for high durability and reusability
• High absorption capacity for oil, grease, and water
• Low linting to avoid leaving residue on surfaces
• Good chemical resistance for use with solvents and cleaners
• Soft, non-abrasive texture safe for most surfaces
• Folded dispensing for controlled usage and reduced waste
• Pack of 40 red cloths, each 420 x 380 mm unfolded

Specifications

• Product type: Cleaning cloths
• Material: Non-woven (cellulose/synthetic blend)
• Colour: Red
• Number of cloths per pack: 40
• Cloth dimensions (unfolded): 420 mm length x 380 mm width
• Dispensing method: Folded
• Absorption capacity: High (oil, grease, water)
• Durability: Heavy-duty, reusable
• Linting: Low
• Chemical resistance: Good
• Wet strength: High
• Dry strength: High
• Texture: Soft, non-abrasive
• Packaging type: Polybag

Tips

For best results, use a fresh cloth for critical cleaning tasks and reserve slightly used cloths for heavy grime. Store the pack in a dry place to maintain cloth integrity. These cloths can be used with most industrial cleaning agents, but always test chemical compatibility on a small area first.