Overcoming the old concept of magnetic overband:  

our newer generation “Shark” overbelts are equipped with a combination of ferrite and neodymium magnets capable to achieve exceptional magnetic performance

(up to 5.507 Gauss at 0 mm gap). 

WHY CHOOSING OUR OVERBANDS?

Our “Shark” overbelts offer up to 5.507 Gauss at 0 mm gap magnetic performances (magnetic power depends on customer’s needs).

PLEASE NOTICE: In this industry it is common practice adopted by some manufacturers to guarantee magnetic performances only on the base of approximated calculations or under non-operating conditions.  In this regard Magnetense is different and the performance stipulated above are measurable and documented.

The magnetic performances we offer (up to 5,507 Gauss using a specific combination of ferrite and high grade neodymium) are effective and demonstrable (those are measured by the gaussmeter’s probe in contact with the overband’s surface).

Overband

Vulcanized overbelt strips are extremely robust, providing greater wear resistance to the belt (normally the weaker part of the overbelt).

To provide an additional wear resistance, we reinforced the side structures (sometimes severely stressed by the continuous use of grinding machines or by extreme working conditions or by weather conditions) and the diameter of the shafts.

REFERRAL FROM:

AUTEFA SOLUTIONS

Manager Head of Technical Department

Mr. Valter Garbi

1. What was the problem?
We had no particular problems. The reason for changing supplier was the possibility to reduce supply costs.

2. What product did you purchase?
Magnetic rod for our chargers.

3. What result did you get?
Following a comparative technical test, we found your product to have greater magnet efficiency.

4. Would you recommend us?
Yes, we would.

REFERRAL FROM:

Beccaria S.R.L.

Manager Head of Technical Department

Purchase Manager
Sig. Paolo Massano

1. What was the problem?
Iron remove from mill feeders.

2. What product did you purchase?
Neodymium or ferrite sticks with a 32 Ø and 200 length.

3. What result did you get?
The desired results.

4. Would you recommend us?
Yes.

Contact Us  

Contact us to find out how Magnetense can help you overcoming system and productivity challenges. We offer complimentary video, telephone and chat conversations to help you clarifying your needs in order to present you with the most cost-efficient solutions.

  • Telephone: +39 015 95 55 439 
  • Email: complete the contact sheet and we shall respond to you

Up to 5,507 Gauss with contact (“Shark” model) and up to 1,773 Gauss (“OV.A” model)

Ferrite and Neodymium
(Model “Shark 3”) and Ferrite (model “OV.A”)

High wear resistance

OVERBAND “SHARK 3” MODEL

Our “Shark 3” overband guarantees a 5.507 Gauss magnetic power, depending on customers’s needs and customer’s separation target. This magnetic system weight (the whole machine) is 10 % lighter than a common overbelt.

OVERBAND “O.VA” MODEL

Our “O.VA” overbelt uses ferrite magnets and it is able to reach a 1.773 Gauss (at a 0 mm gap) magnetic performance. It also allows an exceptional magnetic separation.

REFERRAL FROM:

CEPI Spa (Italy)

Purchase Manager
ing. Luca Ceccarelli

1. What product did you purchase?
We installed the first supply of neodymium rods that you supplied to us, and we found that magnetic performance was improved.

2. What result did you get?
Your rods are able to develop 13,500 gauss in contact with pipe and 14,250 gauss on the outside.

3. Would you recommend us?
Yes. I recommend you because you offer outstanding magnetic performance.

REFERRAL FROM:

MOLITECNICA SUD S.N.C.

Manager Head of Technical Department

Engineering Departure

Mr. Vito Lomorno

1. What was the problem?
We did not have a good separation of iron.

2. What product did you purchase?
Magnetic pulleys and neodymium rings.

3. What result did you get?
A substantial increase in magnetic separation with the consequent satisfaction of our customers.

4. Would you recommend us?
We recommend you for your technical expertise and courtesy.

This post is also available in: Italian