Slangesamler Gardena 13213-20 plast sort 10 stk.

The Gardena 13213-20 Plastic Black hose connector is a compact accessory supplied in a pack of 10, designed to join two flexible garden hoses securely. Manufactured from durable black plastic, it provides a simple and practical solution for extending hose length or replacing worn connectors. The connector’s form factor supports a snug fit and is intended to work with common garden hose diameters and compatible quick-connect systems.

Advantages

The connector offers reliable leak resistance through a secure push-fit design and a smooth internal profile that minimises flow disruption. Its plastic construction resists corrosion and typical outdoor wear, while the lightweight design makes handling and installation easy. Supplied as a set of 10, it enables multiple connections or replacements at once, reducing the need for frequent purchases.

Suitable for

• Extending garden hoses to reach distant plants or watering zones
• Replacing damaged or leaking hose connectors
• Temporary or seasonal hose setups where easy disassembly is required
• General garden irrigation and washing tasks

Key specifications

• Material: durable plastic
• Colour: black
• Package quantity: 10 pieces
• Compatibility: suitable for common garden hose diameters and compatible quick-connect systems
• Weight: lightweight for ease of handling

How to use

Ensure both hose ends are clean and cut squarely before fitting. Push each hose end firmly onto the connector until it seats securely; if applicable, engage any locking collars or clips on the hose to complete the connection. Check the joint under water pressure for leaks, and if necessary, reseat the hoses or trim the ends for a better fit. For disassembly, release any locking mechanism and pull the hoses off the connector.

Recommendations

Use the connectors with hoses that match the recommended diameter range and avoid excessive bending near the joint to prolong lifespan. Store spare connectors indoors during winter to prevent material degradation from freezing temperatures and UV exposure.