EP-1120 Manual Windlass Strapping Tensioner – 1/2"–3/4" PET (Polyester)

Specifications

• Tool Type: Windlass Tensioner
• Model: EP-1120
• Strap Type: Polyester (PET)
• Strap Width: 1/2"–3/4"
• Tensioning Mechanism: Windlass
• Designed For: Flat Package Loads
• Tool Operation: Manual
• Shipping Weight: 4 lb
• Unit of Sale: Each

Product Overview

The EP-1120 manual windlass tensioner is designed for tensioning polyester (PET) strapping on flat package loads. Utilizing a windlass-style tensioning mechanism, this manual tool provides controlled and consistent strap tightening for light-duty packaging, bundling, and load stabilization applications.

Designed for use with 1/2"–3/4" PET strapping, the EP-1120 is well-suited for warehouse, shipping, and general industrial packaging operations requiring a simple and cost-effective manual tensioning solution.

Its compact and lightweight construction allows for easy handling and portability while helping improve efficiency during repetitive strapping applications.

Key Features

• Designed for 1/2"–3/4" polyester (PET) strapping
• Manual windlass tensioning mechanism for controlled strap tightening
• Suitable for flat package load applications
• Lightweight compact design for easy handling
• Manual operation for simple and dependable use
• Cost-effective solution for light-duty strapping applications
• Durable construction for general industrial packaging environments

Applications

• General packaging and bundling
• Carton and pallet stabilization
• Warehouse and shipping operations
• Polyester (PET) strapping applications
• Light-duty load securement
• General industrial packaging environments

Why Choose the EP-1120 Manual Windlass Tensioner?

The EP-1120 manual windlass tensioner is designed to provide reliable manual tensioning performance for polyester (PET) strapping applications. Its lightweight construction, simple operation, and windlass tensioning mechanism make it a practical and cost-effective solution for warehouses, shipping operations, and general packaging environments requiring dependable light-duty strapping capability.