RÖSLE Single Hook stainless steel, depth 20 mm, height 40 mm, pack of 2

RÖSLE Single Hook stainless steel, depth 20 mm, height 40 mm, pack of 2 is a compact stainless steel hook designed for mounting on kitchen rails, racks or compatible wall fittings. Each hook provides a 20 mm projection and 40 mm height, offering a secure hanging point for utensils with rings or eyelets. Supplied as a pair, the hooks are made from corrosion-resistant stainless steel for everyday kitchen use and light commercial settings.

Advantages

The stainless steel construction provides resistance to moisture and everyday wear while maintaining a clean, neutral appearance that fits most kitchen styles. The compact dimensions allow efficient use of rail space and help keep frequently used tools within easy reach. Being supplied as a pack of two simplifies installation and provides matched hooks for symmetrical arrangements on rails or mounted fittings.

Suitable for

• Hanging kitchen utensils with rings or eyelets
• Organising towels, pot holders or small kitchen tools
• Use on kitchen rails, wall-mounted systems or inside cabinets with compatible fittings
• Light-duty hanging in domestic and professional kitchen environments

Key specifications

• Material: stainless steel (corrosion-resistant)
• Depth (projection): 20 mm
• Height: 40 mm
• Pack quantity: 2 hooks
• Intended load: light-duty hanging of utensils and textiles

How to use

Place the hook onto a compatible rail or mount according to the rail system’s instructions so the hook sits securely and level. Hang utensils, towels or similar items by their ring or eyelet onto the hook. Position hooks at comfortable heights and spacing to avoid overcrowding and to allow items to hang freely without interfering with adjacent tools.

Usage recommendations

For best performance, use these stainless steel hooks on rails or fittings designed for accessory attachments. Avoid overloading beyond light-duty items and periodically check that hooks remain securely seated on the rail or mount to prevent accidental slippage.