Protective End Caps Krause 211422 for Feet 40x20 mm, pair, black

Pair of Krause protective end caps designed for feet with a 40x20 mm rectangular profile. These black replacement caps slip onto the ends of ladder or stand legs to protect floors and the metal profile from wear. The caps provide a simple way to renew worn foot ends, reduce slipping on smooth surfaces and help maintain stable contact with the ground during routine tasks in maintenance, construction or home settings.

Advantages

The caps are shaped to match a 40x20 mm rectangular profile and are made of durable material that resists abrasion and everyday impacts. Their snug fit keeps them securely in place under typical loads and prevents direct metal-to-floor contact that can scratch or damage surfaces. Being a pair, they allow replacement of both ends of one leg or two opposite legs to restore balance and even wear.

Подходит для

• Восстановление и защита опор лестниц и подставок
• Работы по обслуживанию и монтажу на твёрдых полах
• Использование в быту для защиты напольных покрытий
• Замена изношенных заглушек для улучшения устойчивости

Key specifications

• Profile fit: rectangular 40 x 20 mm
• Quantity: pair (2 pieces)
• Color: black
• Material: flexible protective polymer (wear-resistant)
• Application: slip protection and surface protection for ladder or stand feet

How to use

Ensure the foot end is clean and free of debris or rust before fitting. Align the open end of the cap with the rectangular profile of the foot and push firmly until the cap sits fully over the end. If necessary, apply moderate pressure or tap gently with a soft-faced tool to achieve a secure fit. Check that the cap does not obstruct any moving parts and that the leg sits evenly on the floor.

Usage recommendations

Inspect the caps periodically for wear and replace them when the fit becomes loose or the material shows significant abrasion. Avoid using damaged caps on uneven or highly abrasive surfaces, and replace both ends of a single leg if one cap is worn to maintain even load distribution and stability.