Milton Roy D MD93S(H) 40.H4/HH3

We are not the manufacturer, authorised distributor or authorised representative of the Milton Roy brand in Great Britain. The private labels and part numbers shown on this website are the property of their respective owners.

Milton Roy D MD93S(H) 40.H4/HH3

Manufacturer

Milton Roy

Country

USA

Part number

D MD93S(H) 40.H4/HH3

Description

Dosierpumpe KolbenmembrandosierpumpeFörderleistung : 176 l/h - 8 bar . Hubzahl : 93 /min. Dosierkopf Material: Edelstahl 316L, Membrane: PTFE. Anschlüsse : 1/2" ANSI-Flansche. Integriertes Überströmventil auf 4 bar Arbeitsdruck eingestellt. Ausführung ohne Motor

Stock availability:

On request

Price: On request

Order

Several positions are needed?

Send your request on email:

Worldwide delivery services:
fedex dhl ups
Ways of payment:
wire transfer paypal

Specifications D MD93S(H) 40.H4/HH3

If you want to gain Milton Roy D MD93S(H) 40.H4/HH3, along with demand other industrial equipment and constituent parts for its fix, please call FAMAGA .

We have been delivering Milton Roy goods all around Britain and anywhere in the globe for over 9 years. All equipment and materials are provided with appropriate quality certificates, with a guarantee from the official producer of products Milton Roy.

Thanks to the direct deliveries from key European manufacturers and a nominal trade margin, we recommend our customers the most affordable prices for all products exposed in our catalogue. If necessary, our qualified specialists will help you elect industrial instruments that will fully meet the requirements of the mode of operation. More than 4,000 buyers have already valued the high quality of the items we transport and the professionalism of the FAMAGA team members.

To illuminate the charge of Milton Roy D MD93S(H) 40.H4/HH3 and delivery terms, you can complete a special filling form on our website, give a list of necessary equipment by E-mail or call to the quoted phone numbers. We will be able to devise the best sales offer for you and provide optimal distribution times to any city in the United Kingdom and any country in the world.