Protective work gloves lahti pro 52309 — durable comfortable construction gloves

Lahti Pro 52309 knee protectors are heavy-duty protective pads designed for work environments where kneeling is frequent. Constructed from 600D polyester with a thick protective layer and a soft cushion to prevent scratches to the underlying surface, these knee protectors meet CE Category I, EN 14404 standards and feature an adjustable Velcro fastening for a secure fit.

Advantages

Made from durable 600D polyester, the knee protectors provide long-lasting resistance to wear while the thick protective layer absorbs impact and pressure. The soft internal cushion protects the flooring or work surface from scratches, and the Velcro closure allows easy adjustment to different leg sizes. Certified to CE cat. I under EN 14404, they comply with recognized safety requirements for kneepads.

Suitable for

• Construction and renovation work involving prolonged kneeling
• Plumbing, tiling and flooring installation
• Gardening and landscaping tasks that require knee protection
• Workshop and maintenance jobs with hard or abrasive surfaces

Key specifications

• Material: 600D polyester
• Internal cushion: soft pad to protect surfaces
• Protective layer: thick impact-absorbing layer
• Fastening: adjustable Velcro strap
• Certification: CE Category I, EN 14404
• Brand: lahti pro
• MPN: 5523099
• EAN: 5903755523099

How to use

Place each knee protector over your knee so the soft cushion contacts the surface you kneel on. Wrap the Velcro strap around the back of your leg and fasten it to achieve a snug but comfortable fit that prevents slipping during work. Adjust the position and strap tightness as needed to maintain protection and comfort throughout the task.

Usage recommendations

Inspect the knee protectors before use for signs of excessive wear or damage. Clean the outer surface with a damp cloth and allow to air dry; avoid machine washing to preserve the integrity of the protective layers. Replace if the protective layer or straps show significant deterioration.