SOFT .625 LT TOE DOLLY COV -

Specifications

• Model Number: 35017
• Material: Engineered with a soft, protective polymer to cushion impact and prevent damage.
• Weight: 0.15 lbs (0.07 kg)
• Dimensions: 10 inches (length) x 6 inches (width) x 1 inch (thickness)
• Compatibility: Designed to fit dolly toe plates approximately .625 inches (5/8 inch) in thickness.

Key Features

• Soft Protective Layer: Provides a cushioned barrier between the dolly's metal toe plate and delicate items.
• Precise Fit Design: Engineered to securely cover a .625 inch (5/8 inch) thick dolly toe, ensuring stable placement.
• Lightweight and Portable: At just 0.15 lbs, it adds negligible weight and is easy to attach, remove, and store.
• Durable Construction: Built to withstand repeated use in moving and transport applications, protecting against wear.
• Non-Marring Surface: Helps prevent scratches, scuffs, and other surface damage to items being moved.

Applications

• Furniture Relocation: Ideal for moving wooden furniture, upholstered pieces, and delicate antiques without marring surfaces.
• Appliance Transport: Protects refrigerators, washing machines, dryers, and other heavy appliances during transit.
• Equipment Handling: Suitable for safely moving sensitive machinery, electronics, and valuable equipment.
• Surface Protection: Prevents damage to floors (hardwood, tile, laminate) and walls during dolly use.
• Warehouse and Storage: Enhances safety and product integrity when loading and unloading items with dollies.

Benefits

• Safeguard Your Assets: Effectively prevents scratches, dents, and scuff marks on valuable furniture, appliances, and delicate items.
• Preserve Property: Shields floors, walls, and door frames from impact damage caused by bare metal dolly toes.
• Extend Dolly Lifespan: Reduces wear and tear on the dolly's metal toe plate by providing a protective buffer.
• Minimize Noise: Dampens metal-on-surface contact, contributing to quieter operation during moves.
• Enhance Stability: Offers a gentle yet secure point of contact, potentially improving grip and reducing slippage for certain loads.