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Posts tagged "HTM PP/PVDF pumps"

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HTM 100 PP/PVDF: our biggest mag-drive centrifugal pump is now available

mag-drive centrifugal pump HTM 100

Just two months ago we had the pleasure to introduce to you our new magnetic drive centrifugal pumps HTM 80 as one of the biggest pumps with injection moulded parts in the market. But now we are getting even bigger! GemmeCotti’s mag-drive centrifugal pumps series HTM has indeed another new entry: the HTM 100 PP/PVDF. Just as her little sister HTM 80, mag-drive pump HTM 100 PP/PVDF is not machined from a block and it can reach a capacity of 130 m3/h and a head of about 50 mlc.

MAIN FEATURES

Performance capability:

HTM 100 is the new king size of our best seller series HTM. This centrifugal pump series, that now counts 9 sizes of pumps, can cover a range of flow from 0,5m3/h to 130m3/h and a range of head from 0,5mlc to 48mlc.

Materials:

As all our HTM pumps, HTM 100 is available in thermoplastic materials (PP or PVDF). These materials grant the best resistance to a lot of existing chemicals. You can find a useful compatibility guide here to find out which material better fits your liquid. Moreover, in HTM 100 all the internal plastic parts are obtained through the injection moulding process that we directly manage in our sister company Gemme Plast. 

Mag drive design of HTM 100:

The special design of our mag-drive centrifugal pumps without any mechanical seal has a lot of advantages, such as the prevention of any leakage of fluid and fugitive emissions, the very low maintenance and the easiest possible assembly process.

Magnetic drive pump functioning:

How does the HTM 100 work? Thanks to our magnetic drive technology it is very simple to explain. An external magnet located on the drive shaft transmits the motion to the internal magnet, that is connected to the impeller. The impeller rotates and moves the fluid through the pump. Isn’t it really easy? Furthermore, the two magnets are separated by the rear casing that creates a hermetic container for the liquid, avoiding any access from the outside.

TECHNICAL DATA

Materials: PP; PVDF 

Maximum flow: 130m3/h

Maximum head: 48mlc

Max temperature: PP 60°C, PVDF 90°C

Max viscosity: 200cSt

Nominal pressure: 6 bar @20°C

HTM series king-size HTM 100 PP/PVDF is now available! Contact our office at info@gemmecotti.com for any further information.

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New mag-drive pump HTM 100: size matters!

mag-drive pump HTM 100

Another new entry in our production is going to broaden our mag-drive pumps series HTM.

The new centrifugal pump HTM 100 PP/PVDF is one of the biggest mag drive centrifugal pump with injection moulded parts in the market and it can reach 130m3/h of flow and a maximun head of about 50m.

For more details, keep follow our channels and contact us at

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HTM 80: our new mag-drive centrifugal pump is here!

Magnetic drive pump HTM 80

Our production can now boast a new pump that widen the choice of our magnetic drive centrifugal pumps: HTM 80 PP/PVDF. This pump is the newborn in GemmeCotti and we are certainly proud to introduce a product whose size makes it unique on the market of pumps with injection moulded parts. As a matter of fact, HTM 80 is not machined from a block and it can reach a capacity of 90 m3/h and a head of 38 mlc.

MAIN FEATURES

Performance capability:

HTM 80 is the biggest size of HTM pumps series (magnetic drive centrifugal pumps) that consequently now cover a range of flow from 0,5m3/h to 90m3/h and a range of head from 0,5mlc to 38mlc.

Materials:

HTM 80 is available in thermoplastic materials (PP or PVDF) which assures high chemical resistance to most existing chemicals. All the internal plastic parts are made through injection moulding process. 

Advantages of HTM 80 injection moulded pump parts:

Compared to pumps machined from a solid block, injection moulded pumps guarantee repeatability, absence of leakage, better efficiency and, above all, higher quality. Moreover, it assures a faster delivery.    

Mag drive design:

The sealless magnetic drive design, without any mechanical seal, is the most suitable solution for pumping acids and corrosive and dangerous liquids because it is leak-proof and emission-proof. 

Magnetic drive pump functioning:

HTM 80 design is really simple. The external magnet on the drive shaft transmits the motion to the internal magnet connected to the impeller, which rotates and moves the fluid through the pump. This motion transmission through magnetic joints guarantees maximum safety and efficiency.  

Advantages of magnetic drive design:

Furthermore, it’s really easy to assemble and disassemble this type of pump and the maintenance is very reduced. As a result, there’s a remarkable saving in terms of repairing and spare parts costs during pump life.

TECHNICAL DATA

Materials: PP; PVDF 

Max flow: 90m3/h

Max head: 38mlc

Max temperature: PP 60°C, PVDF 90°C

Max viscosity: 200cSt

Max nominal pressure: 6 bar @20°C

 

For any further information, you can contact our office sending an email to info@gemmecotti.com

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Mag drive pump HTM 31 PP/PVDF now suitable for 4kw

Sealless Magnetic Drive pumps model HTM 31 PP/PVDF are now suitable also for 4 KW motor size 112. This pump model can be coupled to three different motor sizes:

SIZE 90 – 2,2KW
SIZE 100 – 3KW
new SIZE 112 – 4 KW
You can contact our sales department for more details.

 

What are the characteristics of mag drive pump model HTM PP/PVDF?

HTM PP/PVDF pumps are mag drive centrifugal pumps made of thermoplastic materials (PP and PVDF) and are suitable to pump high corrosive liquids.

Max capacity: 45 m3/h, Max Head: 33 mlc, Max
Temperature: 90°C Max viscosity: 200 cSt, Pressure rating NP 4 at 20°C.

Click here to find out more.

 

How does a magnetic drive pump work?

Sealless mag drive pumps have a particular sealless design that is suitable to pump corrosive and dangerous liquids thanks to the high chemical resistance and absence of leakage and emissions. The structure is really simple and requires a very reduced maintenance with consequent save in terms of repairing and spare parts costs during the pump life.
The external magnet, placed on the drive shaft, transmits the motion to the internal magnet connected to the impeller which rotates and moves the fluid through the pump.

Here is a sketch of the functioning of magnetic drive system.Mga drive pumps

 

 

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