Back to cart
HACCP Certified Separator Bar Tube Magnet - 25mm x 100mm | M6 Threads | N35UH | High Temperature | Min 10,000 Gauss
Product code: 93110HTemp
Prices are GST Incl.
Request a Quote for Bulk OrdersAustralia's Leading Supplier
30 Day Returns Policy
ISO 9001 and HACCP Certified
This High-Temperature Magnetic Separator Bar measures 100mm in length with a 25mm diameter and features M6 threaded mounting points at both ends for easy installation into industrial equipment, sensor systems, and custom assemblies. Constructed using two high-temperature Neodymium Rare Earth magnets encased within a durable stainless steel tube, this separator bar is designed to operate reliably in elevated-temperature environments.
With a maximum operating temperature of 180°C (356°F), this magnetic separator tube is ideal for specialised applications where standard Neodymium magnets would lose performance due to heat exposure.
This product is identified by AMF Magnetics part number 93110HTemp.
A HACCP Certificate of Conformity (CoC) is available for this product upon request.
Applications for High-Temperature Separator Bar Magnets
Unlike standard magnetic separator bars, this model is specifically designed for sensor applications and high-temperature industrial environments where reliable magnetic performance must be maintained despite elevated operating temperatures.
Industries commonly using high-temperature magnetic components include:
Food and beverage processing
Plastics manufacturing
Packaging production
Pharmaceutical processing
Chemical manufacturing
Industrial automation
Heat treatment and sterilisation systems
Material handling and sensing equipment
The high-temperature Neodymium magnets used within this separator bar allow it to function effectively in processes involving heating, sterilisation, melting, drying, curing, or softening of materials.
Designed for Elevated Temperature Environments
Standard Neodymium magnets typically begin to lose magnetic performance when exposed to temperatures above their rated limits. This separator bar incorporates special high-temperature grade Neodymium magnets engineered to withstand temperatures of up to 180°C (356°F) while maintaining reliable magnetic strength and performance.
The stainless steel housing provides:
Excellent corrosion resistance.
Long-term durability.
Protection for the internal magnet assembly.
Easy cleaning and maintenance.
Suitability for industrial processing environments.
Features and Benefits
High-temperature Neodymium magnet construction.
Maximum operating temperature of 180°C (356°F).
Stainless steel protective housing.
M6 threaded mounting points on both ends.
Suitable for sensor and specialised industrial applications.
Reliable magnetic performance in elevated-temperature environments.
Compact design for easy integration into existing equipment.
This 100mm High-Temperature Magnetic Separator Bar is a specialised magnetic component designed for sensor systems and industrial applications where high heat resistance is required. Combining powerful Rare Earth magnetic performance with excellent temperature stability, it provides a reliable solution for demanding manufacturing and processing environments.
No FAQ available
This High-Temperature Magnetic Separator Bar measures 100mm in length with a 25mm diameter and features M6 threaded mounting points at both ends for easy installation into industrial equipment, sensor systems, and custom assemblies. Constructed using two high-temperature Neodymium Rare Earth magnets encased within a durable stainless steel tube, this separator bar is designed to operate reliably in elevated-temperature environments.
With a maximum operating temperature of 180°C (356°F), this magnetic separator tube is ideal for specialised applications where standard Neodymium magnets would lose performance due to heat exposure.
This product is identified by AMF Magnetics part number 93110HTemp.
A HACCP Certificate of Conformity (CoC) is available for this product upon request.
Applications for High-Temperature Separator Bar Magnets
Unlike standard magnetic separator bars, this model is specifically designed for sensor applications and high-temperature industrial environments where reliable magnetic performance must be maintained despite elevated operating temperatures.
Industries commonly using high-temperature magnetic components include:
Food and beverage processing
Plastics manufacturing
Packaging production
Pharmaceutical processing
Chemical manufacturing
Industrial automation
Heat treatment and sterilisation systems
Material handling and sensing equipment
The high-temperature Neodymium magnets used within this separator bar allow it to function effectively in processes involving heating, sterilisation, melting, drying, curing, or softening of materials.
Designed for Elevated Temperature Environments
Standard Neodymium magnets typically begin to lose magnetic performance when exposed to temperatures above their rated limits. This separator bar incorporates special high-temperature grade Neodymium magnets engineered to withstand temperatures of up to 180°C (356°F) while maintaining reliable magnetic strength and performance.
The stainless steel housing provides:
Excellent corrosion resistance.
Long-term durability.
Protection for the internal magnet assembly.
Easy cleaning and maintenance.
Suitability for industrial processing environments.
Features and Benefits
High-temperature Neodymium magnet construction.
Maximum operating temperature of 180°C (356°F).
Stainless steel protective housing.
M6 threaded mounting points on both ends.
Suitable for sensor and specialised industrial applications.
Reliable magnetic performance in elevated-temperature environments.
Compact design for easy integration into existing equipment.
This 100mm High-Temperature Magnetic Separator Bar is a specialised magnetic component designed for sensor systems and industrial applications where high heat resistance is required. Combining powerful Rare Earth magnetic performance with excellent temperature stability, it provides a reliable solution for demanding manufacturing and processing environments.
No FAQ available
