Trash bags Sortex 160 L, 10 pcs, 50 µm, black LDPE, 75 x 115 cm

Sortex 160 L trash bags in a pack of 10 are heavy-duty waste sacks made from black LDPE with a thickness of 50 µm and dimensions of 75 x 115 cm. They are designed for large-volume waste collection in commercial or household environments. The material and construction provide puncture and tear resistance to contain bulky or sharp refuse and simplify handling and disposal.

Advantages

These Sortex bags combine a large 160-litre capacity with a durable 50 µm low-density polyethylene film to offer strength and flexibility. The black colour conceals contents for discreet waste management while the oversized dimensions and reinforced film reduce the risk of rips during transport. Supplied in a practical pack of 10, the bags are suitable for repeated daily use where robust containment is required.

Suitable for (tasks / use cases)

• Collection of bulky household waste
• Waste handling in kitchens, break rooms and canteens
• Commercial and light industrial waste collection
• Cleaning and event waste management
• Storage or transport of non-sharp recyclables and refuse

Key specifications

• Capacity: 160 litres
• Pack quantity: 10 pieces
• Material: low-density polyethylene (LDPE)
• Thickness: 50 µm
• Colour: black
• Dimensions: 75 x 115 cm

How to use

Place a single Sortex 160 L bag inside a compatible bin or frame, ensuring the bag edges fold over the rim for secure positioning. Fill the bag with waste while avoiding concentrated loads of sharp or heavy objects that could puncture the film. Close the bag by tying or using a clip before lifting and transporting. For safe disposal, follow local waste collection and segregation rules.

Usage recommendations

For best performance, avoid overfilling beyond the stated capacity and distribute heavy items evenly. Use gloves when handling sharp or heavy refuse, and consider double-bagging for very heavy or abrasive contents. Store the unopened packs in a dry, cool place away from direct sunlight to preserve material strength.