Submersible pump for cutting hard materials including knife and handle 1300W

1,798.00

exit height emission Maximum depth Liter per minute power model SKU
”2 346 13.5 14M 450 1300W H1300F Includes knife and handle + fork 0503035

Out of stock

SKU: 0503035 Categories: ,

Description

B.Tech’s submersible pump for cutting hard materials

Offers an efficient and advanced solution for pumping and handling tough materials. With a powerful 1300W motor and built-in blade and handle, the pump is able to easily and efficiently handle industrial waste, organic materials and sewage.

Main features:

  • Powerful motor : 1300W power for efficiently pumping and processing tough materials.
  • Vidya Knife : A high-quality, strong and durable knife for cutting hard materials, including industrial waste and sewage.
  • Durable construction : Made of corrosion and rust-resistant materials, ensuring long-lasting durability.
  • Maximum flow rate : 300L/1MIN, ensuring fast and efficient pumping.
  • Liter per minute : 450L/1MIN
  • Emission : 13.5
  • Height : 346
  • Outlet : 2″
  • Compression : HD Free
  • Ease of installation : Simple and convenient installation without the need for special tools.
  • Safety : Sealed system to prevent leaks and water ingress into electrical parts.

Benefits of use:

  • Power and strength : A powerful 1300W motor ensures efficient suction and processing of difficult materials.
  • High durability : High-quality materials and durable construction ensure long-term use without malfunctions.
  • Multipurpose use : Suitable for pumping sewage, industrial waste, organic materials and more.
  • Easy maintenance : Easy access to all pump components for routine maintenance and cleaning.
  • Save time and effort : Efficient cutting of difficult materials reduces the need for manual intervention.

Purchase the B.Tech submersible pump for cutting hard materials including knives and hands today and enjoy an advanced, reliable and easy-to-use pumping and processing solution for any industrial or home application.