
Product Details
LD-138 TPR ABS Plastic Expandable Coiled Garden Hose
LD-138 Expandable Coiled Garden Hose uses self-coiling TPR material that expands under water pressure and retracts when empty. Lightweight and kink-resistant with solid brass fittings for leak-free connections. Perfect for compact garden and balcony watering.
Core Features
- Self-coiling TPR construction expands under pressure and retracts when empty
- Up to 70% lighter than traditional PVC garden hoses
- Kink-resistant design maintains consistent water flow
- Solid brass fittings resist corrosion and ensure leak-free connections
- Compact storage footprint ideal for small spaces and balconies
- UV-resistant outer layer prevents degradation from sun exposure
Application Scenarios
- Balcony and terrace plant watering in apartments
- Small garden and flower bed irrigation
- Car and bicycle washing in driveways
- RV, camping, and outdoor recreation water lines
- Patio furniture and deck surface rinsing
- Compact storage solutions for urban homes
FAQ
How much does the hose expand when water flows?
The LD-138 coiled hose extends to approximately 2-3 times its coiled length under normal household water pressure (30-60 PSI). For example, a 7.5m coiled hose expands to roughly 15-20 meters when pressurized. Exact expansion varies with water pressure and flow rate.
Will the hose kink or tangle during use?
The TPR material and coiled design provide excellent kink resistance compared to flat hoses. However, sharp bends or excessive pulling tension can cause temporary flow restriction. Allow the hose to uncoil naturally without force for best performance.
Are the brass fittings compatible with standard garden taps?
Yes, the LD-138 includes standard 3/4 inch BSP brass fittings that connect directly to most household outdoor taps and garden hose accessories in Europe, Asia, and many other regions. Please verify your local tap thread standard if outside these areas.
Can the hose be used with hot water?
The TPR material is rated for cold and warm water up to 40 degrees Celsius. Avoid using with hot water above 50 degrees Celsius as it may deform the coil memory and damage the material structure.


