Leash Barry King model BK-18822, polypropylene webbing 10 mm × 120 cm, black with Picasso pattern

Barry King model BK-18822 leash is a lightweight dog lead made from 10 mm wide polypropylene webbing and measures 120 cm in length. The black webbing features a Picasso pattern woven into the surface, combining a slender profile with a decorative appearance. The material is water-resistant and dries quickly, making the leash suitable for regular outdoor use and routine cleaning.

Advantages

The polypropylene construction provides a balance of low weight and durability while resisting moisture and abrasion. The 10 mm width keeps the leash slim and easy to handle without adding unnecessary bulk. A patterned surface offers a distinctive look that remains practical for daily wear. The leash is compatible with standard clips and attachment points on collars and harnesses, enabling straightforward use.

Suitable for

• Daily walks in urban and suburban environments
• Basic leash training and obedience exercises
• Outdoor activities where a lightweight, water-resistant lead is preferred
• Use with standard collars and harnesses for small to medium dogs

Key specifications

• Material: polypropylene webbing
• Width: 10 mm
• Length: 120 cm
• Color and pattern: black with Picasso pattern
• Construction: woven webbing, water-resistant surface

How to use

Attach the leash clip to the dog’s collar or harness clip point and confirm the connection is secure before each walk. Hold the leash at a comfortable distance to maintain control while allowing the dog freedom to move; shorten or lengthen the holding point as needed depending on surroundings and training requirements. After exposure to mud or salt, rinse the webbing with fresh water and allow it to air dry completely before storage.

Usage recommendations

For small to medium breeds, use the leash for everyday walking and basic training. Inspect the webbing and attachment points regularly for signs of wear or damage and replace the leash if significant fraying or weakening is observed. Avoid prolonged exposure to strong chemicals or direct heat sources to preserve material integrity.