Hollow bodies - Import export

COMPACT PLATE METAL DETECTOR FOR THE INSTALLATION IN SMALL LOAD BELT CONVEYORS. •Detects all metals as inclusions or as loose parts •For smaller bulk heights or for the inspection of hollow bodies •Does not require a „metal-free zone“ •Quick and easy to install •High sensitivity in rough industrial environments •Excellent machine protection despite small investment costs •User friendly and reliable technology, proven for many years

plastic hollow body | pear-shaped | yellow | with eyelets oben und unten on top and bottom Anchor- and marker buoy | approx. 10kg buoyancy | 250mm Ø x 390mm length

The EFKO company produces lauric and non-lauric cocoa butter substitutes. ZMK lauric type - non-tempered substitutes for cocoa butter, intended for the production of hard and fragile confectionery glazes, candy bodies and hollow figures. "Ecolad" of non-lauric type - cocoa butter substitutes obtained by the "dry" fractionation method. They are intended for the production of a wide range of confectionery glazes: from hard to plastic.

The displacement transducers work according to the principle of the differential choke (inductive half bridges). They consist of two coils which are encapsulated in a Mu metal cylinder in a sealed and vibration-proof manner. A Mu-metal plunger causes an opposite induction change in the two coils when displaced by the hollow coil body. The displacement transducers are designed for an oscillator frequency of 10 kHz. Power supply and signal conditioning are provided by external module modules.

The displacement transducers work according to the principle of the differential choke (inductive half bridges). They consist of two coils which are encapsulated in a Mu metal cylinder in a sealed and vibration-proof manner. A Mu-metal plunger causes an opposite induction change in the two coils when displaced by the hollow coil body. The displacement transducers are designed for an oscillator frequency of 10 kHz. Power supply and signal conditioning are provided by external module modules.

The displacement transducers work according to the principle of the differential choke (inductive half bridges). They consist of two coils which are encapsulated in a Mu metal cylinder in a sealed and vibration-proof manner. A Mu-metal plunger causes an opposite induction change in the two coils when displaced by the hollow coil body. The displacement transducers are designed for an oscillator frequency of 10 kHz. Power supply and signal conditioning are provided by external module modules.

The displacement transducers work according to the principle of the differential choke (inductive half bridges). They consist of two coils which are encapsulated in a Mu metal cylinder in a sealed and vibration-proof manner. A Mu-metal plunger causes an opposite induction change in the two coils when displaced by the hollow coil body. The displacement transducers are designed for an oscillator frequency of 10 kHz. Power supply and signal conditioning are provided by external module modules.

The displacement transducers work according to the principle of the differential choke (inductive half bridges). They consist of two coils which are encapsulated in a Mu metal cylinder in a sealed and vibration-proof manner. A Mu-metal plunger causes an opposite induction change in the two coils when displaced by the hollow coil body. The displacement transducers are designed for an oscillator frequency of 10 kHz. Power supply and signal conditioning are provided by external module modules.

The linear transducers operate according to the differential throttle principle (inductive half-bridges). They consist of two coils which are impermeably cast into a Mu-metal cylinder, where they are protected from vibrations. On displacement through the hollow coil body, a Mu-metal plunger leads to a change in the induction direction in both coils. The linear transducers are designed for an oscillator frequency of 10 kHz. The supply and signal processing are carried out by external modules.

Two-part hollow body made of aluminium (top + bottom)

3 sizes for marking of flat glass panes and Hollow glass bodies with logo's or lettering, max. 25,38 and 54 mm diameter! The device consists of in detail 1 tank made of sturdy steel plate, 6 liters. Contents, 3 feet, mounting bracket, lockable Fill cap for the blasting agent (corundum), and overpressure nozzle with filter element Needle felt (easy to replace). 1 special blasting gun with built-in injector nozzle, and venturi wide mouth – blasting nozzle and Compressed air connection nipples. 1 special distribution head for receiving the stencil, which are rapidly renewable, and the Recycling of the blasting agent in the container or in the filter element. 1 set = 4 pcs. Connecting hoses between blasting gun and containers or distribution head and the container.

The injector-glass-blasting cabin is operated by hand with a gun. A blast-collecting collector ensures a smooth blasting circuit within the system. With the help of roller rails, as well as through-slots (on the side and in the roof surface with special brushes against the penetration of dust), surface treatment of glass panes is easy. On the front side there is an easy-open loading door for radiating hollow glass bodies. A work grate and two shock-proof long-field lamps (for glare-free illumination of the blasting chamber) guarantee a smooth workflow. The foot switch as well as the drain cup on the blasting agent funnel, an attached control box with pressure reducing valve and pressure gauge, motor protection switch, on / off button, solenoid valve, control lights, switches for interior lighting, main switch, emergency stop switch and support control ensure uncomplicated operation.