Mangueira de jardim Gardena 4975-20 40 m transparente

The Gardena 4975-20 40 m Transparent garden hose is a reinforced, transparent hose designed for flexible use in the garden. Constructed with sturdy textile reinforcement, it is suitable for water applications and compressed air use within its temperature and pressure limits. The hose is free of cadmium, lead, barium and recycled impurities, so it does not release pollutants into water and is safe for plants and animals.

Advantages

The transparent construction allows visual inspection of flow and cleanliness. Textile reinforcement increases durability and resistance to kinking while maintaining flexibility. The hose is resistant to temperatures from -10°C to +50°C and can withstand a maximum water pressure of 60 bar. Materials are free from cadmium, lead, barium and recycled contaminants.

Suitable for

• Garden watering and general outdoor water supply
• Use with compressed air within specified temperature range
• Temporary connections for cleaning and rinsing tasks
• Applications where visual monitoring of the flow is useful

Key specifications

• Brand: GARDENA
• Model: 4975-20 (04975-20)
• Length: 40 m
• Color: Transparent
• Temperature range: -10°C to +50°C
• Maximum water pressure: 60 bar
• Reinforcement: Sturdy textile
• Free of: Cadmium, lead, barium, recycled impurities
• EAN: 4078500497503

How to use

Unroll the Gardena 4975-20 hose and connect it to the water outlet or compressor using compatible fittings. Check that connections are tight and that the hose is not twisted or pinched along its length. Operate within the specified temperature range (-10°C to +50°C) and do not exceed the maximum pressure of 60 bar. After use, drain remaining water, coil the hose without sharp bends and store it away from direct sunlight and freezing conditions.

Recommendations

For prolonged life, avoid leaving the hose pressurised when not in use, prevent prolonged exposure to ultraviolet radiation, and inspect the hose regularly for wear or damage, especially at connection points.