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0.2mm 45° & 100° Fogging Angle 70bar (1015psi) 75gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

These flanges sleeve bearings have lubrication fully applied and are appropriate for general-purpose applications like conveyors, machines, and appliances. Ø30mm and above sleeves bearing with flange are manufactured according to your technical drawing dimensions.

0.2mm 45° & 100° Fogging Angle 70bar (1015psi) 75gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.7mm 45° & 100° Fogging Angle 70bar (1015psi) 240gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.7mm 45° & 100° Fogging Angle 70bar (1015psi) 240gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.6mm 45° & 100° Fogging Angle 70bar (1015psi) 210gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.6mm 45° & 100° Fogging Angle 70bar (1015psi) 210gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.6mm 45° & 100° Fogging Angle 70bar (1015psi) 210gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.5mm 45° & 100° Fogging Angle 70bar (1015psi) 190gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.3mm 45° & 100° Fogging Angle 70bar (1015psi) 105gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.4mm 45° & 100° Fogging Angle 70bar (1015psi) 150gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.4mm 45° & 100° Fogging Angle 70bar (1015psi) 150gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.4mm 45° & 100° Fogging Angle 70bar (1015psi) 150gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.3mm 45° & 100° Fogging Angle 70bar (1015psi) 105gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.2mm 45° & 100° Fogging Angle 70bar (1015psi) 75gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.5mm 45° & 100° Fogging Angle 70bar (1015psi) 190gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.5mm 45° & 100° Fogging Angle 70bar (1015psi) 190gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

0.7mm 45° & 100° Fogging Angle 70bar (1015psi) 240gr/min Drip Safety System (Anti-Dirp) Stainless 303 (1.4305)

With professional and modern technology, High Pressure Desiccant Air Dryers with a capacity of up to 300 bar can be produced according to the needs of your production facility. Compressed air may contain various undesirable contaminants such as water vapor, oil, particles and dust. If polluted air comes into contact with equipment in the production process, it causes equipment damage. Features of High Pressure 50Bar Desiccant Air Dryers Standard Accessories: It has electronic control feature. Long-life pneumatic valves of European origin Superior performance active alumina American and Japanese made exhaust air silencers Inlet and outlet air filters Zero air loss water discharge system at the entrance Optional accessories: Dewpoint sensor and Energy saving mode Maximum Working Pressure: 50Bar-300Bar varies depending on the models. Regeneration air loss rates: -40 Dewpoint: 2.7% -70 Dewpoint: 5.4% Our High Pressure Desiccant air dryer models have a 2% air loss rate.

Diaphragm Pressure Reducing Valve DN15-DN25 ** / Body : Brass ( CW617N-CuZn40Pb2) / Connection : Threaded (FF) / Type : With union, with gauge (manomater) / Max. Working Temp. : 120 ºC / Max. Working Pressure : 16 Bar *** Application Areas : Hot and Cold Water Systems

Test and Drainage Valves / Body: Brass ( Forged ) / Ball : Brass / Gasket : PTFE ** Connection Type: Threaded or Grooved / Working Pressure: 300 PSI ( 20,6 Bar ) / Working Temp.: -10ºC , +120ºC / Working Test Pressure: 600 PSI (61,8 Bar) *** In sprinkler systems, these valves are used for the testing systems and drain the unnecessary fluids from the systems. Advantages: They have sight glasses in their body,single valve is sufficient to drain the line. For choosing the test and drain valves, users should pay attention to line diameter. Also these valves have to have same diameter with the sprinkler orifice diameter. **** Application areas: The system where has sprinkler systems.

The function of a Pressure Switch is to provide a path for an electrical circuit that is triggered at a certain pressure. Example uses are: •Oil pressure warning light in an automobile •Pump controller (turn well pump on and off) •Air compressor control •Industrial process signaling A pressure switch must have a process connection (usually threaded for a pipe or tube) and an electrical contact that is connected to wires or terminals. They may sense rising or falling pressure and most are adjustable, so the contact will engage (or turn on the electrical circuit) at a desired pressure setting. They can be pneumatic (air and gases) or hydraulic (water, oil or fluids) or even strictly mechanical. The internals can be a diaphragm capsule, a small chamber backed by a spring or a bourdon tube. The contact is usually copper points but can also be a mercury (in glass) tip switch. Unlike Pressure Transducers which give an analog electrical signal proportional to the amount of pressure, these

USAGE AREAS * In marble machines * In the supply of combustion air for gas, diesel burners * In the transfer of residues such as dust, clippings, etc. * In the storage of granules and particles * In blow-drying machines * In textile machines-placket spreading machines * At exhaust metering stations * In extruder machines * Can be used safely in industry for wide purpose

HYDRAULIC QUICK COUPLINGS for water or oil connections

ISO 7866 CERTIFICATED Working pressure:200 ps Testing pressure:300 ps