It holding - Import export

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces.

The permanent holding magnets achieve a holding force of up to 35,000 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces. The permanent holding solenoids are available in different sizes with forces between 8 and 3,500 N.

Holding magnet in round design for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces. The holding solenoid is available in different sizes in round, flat or square design.

The permanent holding magnets achieve a holding force of up to 35,000 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces. The holding solenoid is available in different sizes in round, flat or square design.

The permanent holding magnet achieve a holding force of up to 3,500 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces. The permanent holding solenoid is available in different sizes with forces between 8 and 3,500 N.

The permanent holding magnets achieve a holding force of up to 35,000 N in the de-energized state and are designed for long holding of magnetic workpieces. When the DC-excited coil is switched on, the permanent magnetic field on the holding surface is neutralized and the workpiece to be held can be removed. The electromagnet holds loads even in the event of a power failure and only needs to be energized briefly to release the workpiece. It is characterized by its energy efficiency and high holding forces. The permanent holding solenoids are available in different sizes with forces between 8 and 3,500 N.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces. The holding solenoid is available in different sizes in round, flat or square design.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces.

Holding magnet for holding or clamping ferromagnetic workpieces. The DC-excited coil achieves a holding force of up to 30,000 N when energized. When the supply voltage is switched off, the workpiece to be held falls off. The holding solenoid is maintenance-free and are characterized by a low operating current at high holding forces. The holding solenoid is available in different sizes in round, flat or square design.

In particular applications, it can be necessary to hold high axial forces and torque at the same time. For pneumatic operation, our Locking Unit series KFPD meets this demand. Depending in the size, forces / torques of 12 kN / 120 Nm or 30 kN / 500 Nm can be held securely. The “normal” SITEMA Locking Units KFH are already able to hold smaller torque. Example: 280 Nm with, at the same time, an axial holding force of 100 kN on rod diameter 56. In case higher torque needs to be held, SITEMA’s special design series KFHD can help. With this design, it is possible to hold torque with a factor of 10 higher compared to the standard KFH unit. Example: 2800 Nm with, at the same time, an axial holding force of 100 kN on rod diameter 56. Whether the operation is pneumatic or hydraulic, the application is limited to static holding. The KFPD and KFHD can prevent a rotation from starting, but are not suitable to brake rotating masses.

Winch component, made by sand casting and machining, material EN GJL 350, sizes Ø93mm x 20mm, weight 0,5kg, annual demand 500pcs

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

Our wide selection of different types of filter cartridges offers you the greatest possible flexibility. FTJ filter cartridges have maximum dirt holding capacity and are suitable for large volume flows as well as complex filtration processes. Stainless steel cartridge Type: MG

Our wide selection of different types of filter cartridges offers you the greatest possible flexibility. FTJ filter cartridges have maximum dirt holding capacity and are suitable for large volume flows as well as complex filtration processes.

Our wide selection of different types of filter cartridges offers you the greatest possible flexibility. FTJ filter cartridges have maximum dirt holding capacity and are suitable for large volume flows as well as complex filtration processes. Absolute rated filter cartridges Type: AT

Self-adhesive stainless steel holding

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

The door holding magnets are mainly used as holding devices on fire protection doors. They hold them in place when open. Controlled by a fire alarm or smoke protection control panel, they release the closures by interrupting the power supply in the event of a fire hazard. Product features: - Coil vacuum encapsulated (IP65) - VdS quality-controlled - Tested according to EN1155 & EN 14637 - Optimised design and quality - Accessories: Anchor plate

Compact castors combine a particularly impressive load capacity with a low mounting height. Some of these castors can support loads of up to 700 kg, with a total height of just 112 mm. Compact twin castors can handle even more: up to 1750 kg with a total height of just 125 mm. They are perfectly suited for reducing the risk of tall and heavy furniture tipping over due to a high centre of gravity. That’s why they are frequently used for server racks or control cabinets. Compact castors are the first choice when significant load capacities are required despite space being at a premium, such as under a hospital bed.

Increase efficiency of vacuum-based cutting tables To help manufacturers in the automotive, textile, and furniture industries more effectively hold upholstery, fabric, and textile roll stock flat onto vacuum-based cutting tables, we designed POREX ® vacuum hold-down sheets. With its unique technology, our vacuum hold-down sheets: Increase vacuum hold-down system efficiency – Specifically designed porous surface efficiently draws air to pull textiles onto a table for computer-based cutting. Minimize vacuum loss – The consistent pore structure of the sheets ensures low back pressure. Ensure durability – Material hardness withstands repeated scoring from a mechanical razor. Features Consistent pore structure evenly distributes vacuum suction High hardness withstands repeated scoring from a mechanical razor Strong and rigid for maximum service life and effectiveness Materials Offered Advanced porous materials (PE, PP) Formats Available Single piece sheets – multiple dimensions and...

Increase efficiency of vacuum-based cutting tables To help manufacturers in the automotive, textile, and furniture industries more effectively hold upholstery, fabric, and textile roll stock flat onto vacuum-based cutting tables, we designed POREX ® vacuum hold-down sheets. With its unique technology, our vacuum hold-down sheets: Increase vacuum hold-down system efficiency – Specifically designed porous surface efficiently draws air to pull textiles onto a table for computer-based cutting. Minimize vacuum loss – The consistent pore structure of the sheets ensures low back pressure. Ensure durability – Material hardness withstands repeated scoring from a mechanical razor. Features Consistent pore structure evenly distributes vacuum suction High hardness withstands repeated scoring from a mechanical razor Strong and rigid for maximum service life and effectiveness Materials Offered Advanced porous materials (PE, PP) Formats Available Single piece sheets – multiple dimensions and...