KYORITSU KIKO HP-701 Chemical liquid transfer handy pump 25L/min

KYORITSU KIKO HP-701 Chemical liquid transfer handy pump 25L/min

Manufaturer: KYORITSU KIKO
Model: HP-701
Product code
1-75-52021
Price 1,160.89 USD
Add to cart Buy now

*The above price is Standard Price, Kindly click on Request a quote yes to unlock Competitive Pricing and Delivery Dates - Check Availability. Our expert consulting team is always ready to assist you within one business day.

*Order Process: 1. Request a quote ⇒ 2. Quote via Email ⇒ 3. Proforma Invoice ⇒ 4. Payment ⇒ 5. Delivery and Invoice.

*We deliver to your doorstep under DAP terms. Customs clearance is for your account.

Payment-Delivery

*You can't find the product you need, please send us the picture/specifications/model/product code and quantity you need to email: [email protected]. We will find it for you.

*Review us here: Review Now 

Description

  • 1-7900-10 This is the SUS type of HP-601.
  • The main material of the liquid-contacting parts is stainless steel, making it ideal for transferring and dividing solvents, etc.
  • Ideal for use with small containers such as 18 liter cans and pails.
  • It can also be used for liquids with relatively high viscosity.
  • The structure eliminates the need for refueling.
  • The motor has a sealed structure.
  •  
  • Mini Type
  • Power source: 100V 2P plug
  • Material: Stainless steel (SUS316)
  • Wetted parts material: Pipe/SUS316, Propeller/PTFE, Shaft/SUS316, Seal/Ceramic, BEAREE FL, PTFE, Kalrez R, Hastelloy C, Discharge hose/SUS304
  • Maximum pumping capacity: 25L/min
  • Maximum lift height: 5m
  • Maximum usable viscosity: 200cP
  • Maximum usable temperature: 50℃
  • Size: Total length: 680mm, neck length: 450mm
  • Maximum pipe diameter: 30mm
  • Discharge hose inner diameter: φ19mm
  • Discharge hose length: 1m
  • Weight: 3.2kg
  • Country of Origin: Japan
  • *Pump performance is based on clean water (at room temperature).
  • *The maximum pumping capacity is when the head is 0m, and the maximum head is when the pumping capacity is 0L.
  • *The maximum usable viscosity is based on the data for polymer flocculants. Depending on the liquid, the usable viscosity may decrease.
  • *The shaft comes into contact with liquid.

You may like

Sign up for the newsletter - the opportunity to receive promotions