新闻资讯 – 赛诺纽磁业

Where Can Buy Food Industry Grade Stainless Steel Magnetic Filter Rod – 12000 Gauss?

[vc_row][vc_column][vc_column_text]The Food Industry Grade Stainless Steel magnetic filter rods – 12000 Gauss are used for continuous removal of ferrous debris, ensuring product purity and subsequently protect the processing equipment downstream which otherwise may be damaged causing costly repairs.

Where can buy the them?

Sinoneo Magnets is one of the main magnetic filter bar,magnetic filter rods,magnetic filter tube manufacturers and suppliers in China, offering you the customized service with competitive price. Our factory has introduced advanced equipment and technology. Welcome buy our quality magnetic filter bar,magnetic rods,magnetic tube and check the quotation with us.

Technical Specification

12,000 Gauss.
25mm diameter x 150mm length.
+/-0.1mm tolerance.
Neodymium N42 magnets encased in stainless steel.
M8 thread, 10mm deep at each end.
Easy installation.

Custom design and manufacturing available.

Brand:	Sinoneo
Shape:	Rod
Magnetic Face:	25mm dia
Thickness:	150mm
Grade:	N42
Plating:	S’Steel
Material:	NdFeB
Performance (Gauss):	12000
Vertical Pull (Kg):
Slide Resistance (Kg):
Max Temp (degrees C):	80
Fixing:	M8 x 10mm thread

Made from rare earth magnets; strongest and most effective at attracting even the smallest particles of ferrous material. Easy to install into existing machinery or assembly line; providing simple yet effective solution to product contamination.

To ensure optimum performance, clean the rods periodically, manually removing the ferrous material attached.

The magnetic filter rods are available in various sizes and pack quantities. Sinoneo magnets offer custom design and manufacturing service for difficult applications where standard shapes and sizes will not work.[/vc_column_text][/vc_column][/vc_row]

Magnet may transform high-field research

在：新闻资讯

The National High Magnetic Field Laboratory at Florida State University says it’s been given nearly $3 million to build a new kind of superconducting magnet.

Officials say they expect the new magnet will break records for magnetic field strength, make possible new types of science and save vast amounts of energy and money.

The magnet, funded by a $2 million National Science Foundation grant and a $1 million award from the university, is expected to generate a magnetic field of 32 Tesla. Tesla is the scientific unit of measure of magnetic field strength.

Scientists said such a magnetic field would be more than 3,000 times stronger than a typical refrigerator magnet, and about 45 percent more powerful than the strongest superconducting magnets available today.

The material that will be used for the new magnet is a type of high-temperature superconductor called yttrium barium copper oxide. Researchers say it promises to revolutionize research in high magnetic fields.

The magnet is scheduled for completion in 2012.

http://www.upi.com/Science_News/2009/10/28/Magnet-may-transform-high-field-research/UPI-13671256758860/