Manila Snatch Block Single Sheave for Rope Lifting and Rigging

Single Sheave Manila Snatch Block for Natural Fiber Ropes

This single sheave Manila snatch block is specifically designed for use with natural fiber ropes. 

The sheave profile reduces abrasion and preserves rope integrity during operation.

Suitable for traditional lifting setups. 

Contact us for compatible rope recommendations.

Application-Oriented Value of Manila Snatch Block Single Sheave

Manila snatch block single sheave is designed specifically for lifting and redirecting natural fiber ropes.

It provides stable rope guidance and controlled load movement in traditional rigging systems.  

Commonly used with manila rope or sisal rope in marine, forestry, and general lifting applications.  

Contact us to confirm suitability for your rope type and working load.

Single Sheave Structure Optimized for Fiber Rope Operation

The single sheave design offers a simple and efficient solution for rope-based lifting systems.

It supports quick setup and easy handling in field operations.  

Sheave dimensions are optimized to prevent rope flattening and fiber damage.  

Send us your rope diameter to receive a matched sheave recommendation.

Smooth Sheave Groove for Reduced Rope Wear

The sheave rotates smoothly to minimize friction during lifting or pulling.

This helps extend the service life of natural fiber ropes.  

Rounded groove profile supports even load distribution along the rope surface.  

Contact us to verify groove design for your specific rope material.

Durable Block Body for Outdoor and Marine Use

The block body is built to withstand repeated use in demanding environments.

It maintains structural stability under continuous lifting cycles.  

Protective surface treatment improves resistance to moisture and outdoor exposure.  

Ask us about material options for marine or forestry conditions.

Practical Design for Traditional Rigging Applications

This manila snatch block is ideal for applications where synthetic rope is not preferred.

It supports traditional lifting methods with dependable performance.  

Frequently used on docks, ships, logging sites, and maintenance operations.  

Request application guidance based on your working scenario.