Garden Waste Bin Flo 35L perforated green model 35611

Plastic garden waste bin Flo 35L perforated green model 35611 is a lightweight container designed for collecting garden clippings, leaves and other light organic waste. The 35‑litre capacity suits small to medium domestic gardens and allotments. Perforated walls provide airflow to reduce moisture buildup, and the integrated rim makes carrying and stacking easier. The green color blends with outdoor environments and helps identify the bin for garden use.

Advantages

The perforated construction improves ventilation to limit odours and moisture accumulation, helping clippings dry faster. At 35 litres the bin balances capacity with ease of handling, remaining manageable when full. Molded plastic construction provides resistance to rust and corrosion while keeping the bin lightweight. An integrated rim and stackable design allow convenient transport and compact storage when not in use.

Suitable for

• Collecting grass clippings and small branches from home lawns
• Gathering fallen leaves and light garden debris
• Temporary storage of pruned foliage before composting
• Use on allotments, patios and small yards

Key specifications

• Capacity: 35 litres
• Material: durable molded plastic
• Design: perforated walls for ventilation
• Color: green
• Features: integrated rim for carrying, stackable

How to use

Place the bin near work areas while mowing, trimming or raking to collect clippings and leaves efficiently. Lift by the integrated rim for short-distance transport to a compost heap or larger waste container. Stack multiple empty bins for compact storage. Rinse with water and mild detergent when needed and allow to dry thoroughly before reuse to maintain ventilation benefits.

Usage recommendations

Do not overload beyond comfortable lifting weight; avoid placing sharp or heavy objects that could puncture the plastic. For wet material, allow the contents to drain or dry to reduce weight and minimise odour. Store out of direct sunlight for extended periods to limit UV-related material degradation.