17' x 110' 7 Mil White Marine Shrink Wrap Roll with UV Inhibitor

Specifications

• Brand: Balcan
• Product Type: Marine Shrink Wrap
• Width: 17 ft
• Length: 110 ft
• Thickness: 7 Mil
• Color: White
• Material: LDPE (Low-Density Polyethylene)
• UV Protection: UV Inhibitors (UVI)
• Roll Type: Center-Fold
• Coverage: Approx. 110 Linear Feet
• Recommended Applications: Pontoon Boats, Mid-Size Boats, Industrial Covering
• Shipping Weight: 68 lbs.
• Box Dimensions: 8" W x 54" L x 8" H
• Sold As: Roll

Product Overview

The Balcan 17' x 110' 7 Mil White Marine Shrink Wrap Roll is designed for marine winterization and industrial covering applications requiring durable outdoor protection. Manufactured from 7 mil LDPE with built-in UV inhibitors (UVI), this shrink wrap resists sun exposure while maintaining film strength and shrink performance during extended outdoor storage.

The 17 ft width provides effective coverage for pontoon boats, mid-size boats, equipment, and outdoor assets. Its center-fold roll format allows for efficient installation and secure containment during shrink wrap applications.

Ideal for boat storage, marina operations, industrial equipment covering, and weather protection applications.

Key Features

• 7 mil LDPE shrink wrap for durable outdoor protection
• UV inhibitors (UVI) help resist sun exposure and weathering
• Center-fold roll design for efficient installation
• Strong puncture resistance and shrink performance
• Suitable for marine winterization and industrial covering applications
• Designed for pontoon boats, mid-size boats, and outdoor equipment protection

Applications

• Boat winterization and storage
• Pontoon and mid-size boat covering
• Marina operations
• Industrial equipment covering
• Outdoor storage and weather protection

Why Choose Balcan Marine Shrink Wrap?

Balcan marine shrink wrap provides dependable weather protection for boats, equipment, and industrial assets during storage and transport. The durable 7 mil LDPE construction and UV inhibitor protection help maintain film performance during extended outdoor exposure.