Tree climbing pulley

 

The tree climbing pulley is light, fast, safe and very durable.

Ball bearings and large pulley diameter ensure high efficiency and stability

Easy to carry or handle, as a universal pulley for towing or transporting equipment, it is easy to fasten the carabiner hole, flexible enough

It is suitable for rescue, ice climbing, rock climbing, arbor work, towing, tensioning system, rescue, backyard zipline setting, mountaineering, rescue application tree climbing, zipline sports, etc

 

 

Specifications of Tree climbing pulley :

Material: Aluminium Alloy

Color: Red

Dimension(L&W): 8.2 X 4.4 cm / 3.23''X1.73''

Weight: Approx. 90 g

Closed Strength: 20KN / 2000kg

Fit for maxium diameter of rope: 13mm

 

 

Tree climbing pulley

Stainless steel sheaves block	20kN/10kN	Custom color

 

 

Single Pulleys:

Single pulleys are the simplest type of pulley and offer just one sheave to guide the rope or cable. This type of setup is ideal for light-duty applications such as hoisting small loads over short distances. They are also commonly used to create tension systems that allow you to adjust tightness on ropes without having to tie knots every time you need to change it.

 

Benefits of Using Pulley Up Gear in Rock Climbing

Using pulley up gear in rock climbing offers a range of benefits, including increased efficiency, improved safety and reduced risk of injury. By employing the proper setup and understanding how to properly employ it, you can ensure that your experience is both secure and entertaining.

 

Tips for Using Pulley Up Gear in Rock Climbing

 

Inspecting Equipment Before Use:

It is essential that all of your equipment is thoroughly inspected before every climb. Make sure there are no frayed ropes or worn out carabiners, as these can cause serious accidents if not replaced or repaired immediately. Verify the fastenings of the wall to ensure they are able to hold your weight during ascent.

 

Understanding The Limitations Of Your System:

Every pulley system has its own limitations based on factors such as rope length and weight capacity of carabiners used. Knowing what your system can handle will help you stay within its limits while also ensuring maximum efficiency during climbs. Comprehending the manner in which different components interact can permit you to assemble more intricate systems without sacrificing safety when necessary.