Trash bags 60L, 60x80 cm, HD, pack 50 – No name

These heavy-duty trash bags are sized for 60 L bins (60 x 80 cm) and made from high-density (HD) polyethylene. Supplied in a pack of 50, the liners are intended for household and light commercial waste collection, offering puncture and tear resistance suitable for everyday kitchen, office or workshop refuse. The plain design fits standard 60 L containers and simplifies waste handling and disposal.

Advantages

The high-density polyethylene construction provides increased tensile strength and resistance to punctures compared with low-density alternatives, helping to reduce accidental leaks and rips during handling. The 60 x 80 cm dimensions are matched to common 60 L bins, delivering a snug fit that reduces excess material and makes tying and removing full bags easier. Supplied in a 50-pack, these bags are convenient for regular use and provide consistent performance across multiple waste-collection cycles.

Suitable for

• Household kitchen waste
• Office refuse and general workplace bins
• Light workshop or garage waste
• Temporary event or communal area waste collection

Key specifications

• Capacity: 60 litres
• Dimensions: 60 x 80 cm (width x height)
• Material: high-density polyethylene (HDPE)
• Pack quantity: 50 bags
• Color: plain (single-color)
• Intended use: household and light commercial waste

How to use

Select a 60 L bin or container and open the bag so the top edge extends over the rim. Press the bag into the bin, smoothing the sides to minimize air pockets and ensure a secure fit. Fill the bag without overloading; tie or seal the top when full to prevent spillage. Remove by lifting from the tied top and transport to an appropriate waste receptacle or collection point.

Usage recommendations

To prolong bag performance, avoid placing sharp or excessively heavy objects directly into the liner without additional protection. For wet or heavy organic waste, consider double-bagging to reduce the risk of leakage. Store the pack away from direct sunlight and heat sources to preserve material strength.