WL-6835-Brushless Lithium Battery Ppr Pipe Shear

Medium bag size: 35X25.5X8.6CM

Large package size: 52X35.5X36 CM

Carton quantity: 8 sets

Packing weight:17KG

The Brushless Lithium Battery PPR Pipe Shear is a cutting-edge tool specifically designed for efficient precise cutting of P (polypropylene random copolymer) pipes in plumbing and construction applications. Powered by a brushless lithium battery, this innovative pipe shear offers cordless operation, allowing users to work with increased flexibility and mobility on job sites.

The brushless technology integrated into the Lithium Battery PPR Pipe Shear enhances its performance and durability compared to traditional corded tools. It provides higher cutting speeds, longer battery life, and reduced maintenance requirements, making it a reliable and efficient cutting solution for professionals in the plumbing and construction industries.

One of the standout features of the Brushless Lithium Battery PPR Pipe Shear is its ability to deliver clean and precise cuts on PPR pipes with minimal effort. The shear blade is engineered to provide smooth and burr-free cuts, ensuring high-quality results that meet professional standards for pipe installation. The ergonomic design of the tool, coupled with its lightweight construction and comfortable grip, enhances user comfort and reduces fatigue during prolonged cutting tasks.

The cordless operation of the Brushless Lithium Battery PPR Pipe Shear offers users the freedom to work in various locations without the limitations of power cords or the need for electrical outlets. The brushless lithium battery technology provides quick charging times and extended, allowing users to complete cutting tasks efficiently without interruptions.

Furthermore, the brushless lithium battery technology promotes environmental sustainability by eliminating the for disposable batteries and reducing energy consumption. The cordless design of the tool also enhances safety by eliminating the hazards associated with power cords in busy job site environments.