Magnetic Filter

1.Newland could provide the diameter of 22,25,32,50mm of the standadr magnetic rod, which can be processed according to customer requirements. The longest one cen reach 250omm.Sauare or other magnetic rods of different shapes and sizes can also be provided.

2.Newland use 304 or 316L stainless steel Pipes, with surtaces that can be polished to meet the special requirements of food, pharmaceutical, and other felds.

3.The standard working temperature is ≤80℃，and under special requirements, the maximun working temperature can reach 350°

4.Diversifed design at both ends-pointed, threaded holes, studs, etc.

5.Magnetic freid 6000-15000GS can be customized if the customers has requirement.

Pipeline Fluid Iron Filter

1.The standard working temperature is < 80 C, if there is special requirements, the maximum working temperature can reach 350 ℃.
2.By utilizing designs such as flanges, clamps, bolt plates, or quick release clips, magnetic components can be easily installed, removed, and cleaned.
3.The pipe material is available in 304 or 316L stainless steel.
4.Reasonable structural design ensures the best iron removal effect while not hindering the flow of materials.
5. Pressure usage requirements or other special requirements can be based on customer requirements.
6. Magnet field can reach 12000GS.

Drawer Type Iron Filter

1.Newland use Drawer design, customer could use this equipment easily.
2.The inlet and outlet can be designed as flange or square interfaces, which can be conveniently installed on various pipelines.
3.The standard working temperature is < 80 ℃, and under special requirements, the maximum working temperature can reach 350 ℃.
4.Magnetic frame can be provided in single, double or multiple layers according to customer requirements.
5.Drawer materials available in 304 and 316L stainless steel.
6.Magnet fileds can reach 12000GS.

Application Field

The powder magnetic filter is inserted into the stainless steel box through a single or multi-layer magnetic frame design, and sealed through an end cover. The magnetic bar can capture small iron impurities or weakly magnetic impurities in the filtered medium, keeping the material clean and protecting downstream production equipment. In order to better reflect the iron removal effect, Newland use multi-layer staggered layout designe, and widely used in industries such as food, medical, chemical, plastic, mining and new energy positive and negative electrode materials.