Blasting Equipment

Wear resistant nozzle to be used with softer abrasives that is part of the Aluminium Handle Set 

Wear resistant nozzle to be used with harder abrasives that is part of the Aluminium Handle Set 

Wear resistant Rubber hose for to be used for abrasive

Hose for pressue air supply in sand blasting machine

Blast Gun Assembly that is used for the application of the pressure air and abrasive mixture.

For filtering the dust in the vacuum cabinet of sand blasting machines.

For wearing hands to hold the workpiece in the sandblasting machine.

Blast Wheel Disk that is used to hold the blades

Blades that are installed in the blast wheel disk

Pins that are required to fix the blades in position

Control cage is installed in the blast wheel and determines the throwing angle of the abrasive.

Impeller is installed in the center of the control cage to accelerate the abrasive. 

The guide is required to fix the impeller into the blast wheel and to give an indication of the installation angle.

The holder is required to fix the impeller into the blast wheel.

Required to fix the impeller to the drive shaft of the blast wheel.

Required to install the holder and control cage together.

Viewing window glass plate to enable the operator a clear view while blasting.

Glass plate to protect the internal lighting in the cabinet.

Black wear restistant rubber sheet for internal wear protection in blasting machine

Black wear restistant rubber sheet for internal wear protection in blasting machine.

Red wear restistant rubber sheet for sealing elements (door, roof slot etc.) of blasting machine

Red wear resistant rubber sheet for sealing elements (door, roof slot etc.) of blasting machine

Blast Wheel Disk that is used to hold the blades

Blades that are installed in the blast wheel disk

Blade Lock plates that are required to hold the blades in position.

Required to hold the blade lock plates in position

Control cage is installed in the blast wheel and determines the throwing angle of the abrasive.

The holder is required to fix the impeller into the blast wheel.

The guide is required to fix the impeller into the blast wheel and to give an indication of the installation angle.

Impeller is installed in the center of the control cage to accelerate the abrasive. 

Required to fix the impeller to the drive shaft of the blast wheel.

Required to install the guide and control cage together 

Required to install the holder and control cage together.

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.        

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.              

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.              

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.              

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.              

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.              

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Conventional Castable : Normal castable for forming ladle and spout.              

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Low Conventional Castable :  Suitable for work that requires high strength, used for forming ladle and spout.                        

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Low Conventional Castable :  Suitable for work that requires high strength, used for forming ladle and spout.                        

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Light weight Castable :Suitable for pouring back up lining in areas that require heat retention.           

Castable or Refractory Concrete: it consists of 2 main ingredients : refractory cement and minerals which can be mixed with water. The result is similar to the hardening of concrete but setting time is much faster. 

Light weight Castable :Suitable for pouring back up lining in areas that require heat retention.                    

Mortar : It is a refractory material with fine texture, mixed with specific chemical substances to make it suitable for binding purpose.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plaster : This material looks like sticky mud. It is available in a choice of 3 textures : fine texture, medium fine and coarse grained. It works as an adhesive sealer for broken parts in furnace industry: ladles, crucibles, furnace wall, the bottom of furnaces.

Refractory Plastic : It is a kind of unshape material and similar in shape to a sticky lump of play- doh , widely used for patching leaking parts of ladles , crucibles, blast furnace wall or the broken bottom of furnaces.

Coating : It is somewhat similar to liquid, bonded together by refractory and chemical substances. There are available in 2 options : power coating / spray coating. The main function of coating is to protect substrates. It provides excellent anti- stick surfaces so melting iron will not stick to sand castings. That means it is comfortable for removing workpiece and reducing the loss after removing.

PanBlast™ The Sola 5 Inlet Valve is a normally closed spring type remote control valve.

PanBlast™ The 1 1/4 Tandem NPT Valve is a rugged, cast iron, pilot operated spring return diaphragm type remote control valve

PanBlast™ The Sola 5 Exhaust Valve is a diaphragm exhaust valve for depressurizing the blast pot.

PanBlast™ The UniFlo Remote System is an air operated inlet/outlet valve used to safely pressurize & depressurize the blast pot

PanBlast™ The Kombi NPT Remote Control Valve is a one-piece combination inlet/outlet valve used to control compressed air supply into and out of the blast pot

PanBlast™ The Helix 150 Valve is a one-piece combination inlet/outlet valve assembly used to both pressurize and depressurize the blast pot

PanBlast™ The ergonomically designed QuikStop IIS is a pneumatic bleed type remote control handle

PanBlast™ The AirFlo is a pneumatic bleed off style control handle used by the operator to start and stop blasting remotely from the nozzle

PanBlast™ The AirStop IV NPT Pneumatic Control Handle is a non-bleed type remote control handle

PanBlast™ The Stem Type Pop Up Valve features a durable vulcanized rubber mushroom head and steel stem that is suited for larger capacity pots

PanBlast™ The Pop Up Valve Seating Ring is a heavy-duty rubber O-ring that seats within the pressure blast pot

PanBlast™ The Moisture Separator is used to remove water vapor and particulate from the incoming compressed air supply

PanBlast™ The Fina II Valve regulates the abrasive flow in fine adjustments and incorporates additional features such as a 25mm (1) media drain out port,

PanBlast™ The Corsa II Valve is an Automatic Type Abrasive Metering Valve that regulates the abrasive flow in fine adjustments.

PanBlast™ The Junior Plana Valve is a disc type metering valve designed for smaller blast pots with a low profile horizontal layout

PanBlast™ The Plana II Valve is the latest development in the flat sand valve series valve that regulates the abrasive flow without jamming

PanBlast™ The ConeBlast 1/2 Internal Pipe Blaster is designed to blast the internal surface area of pipes

PanBlast™ The Nylon Nozzle Holder is manufactured from tough injection molded nylon composite

PanBlast™ The Nylon Hose Coupling is manufactured from tough injection molded nylon composite

PanBlast™ The Nylon Threaded Coupling is manufactured from tough, molded nylon composite

PanBlast™ Rubber Nozzle Holder Gaskets to suit nylon blast hose nozzle holders

PanBlast™ Rubber Coupling Gaskets to suit nylon blast hose couplings

PanBlast™ The EnduroLite Blast Hose is manufactured from a black, abrasive-resistant, natural rubber liner *The price per meter

PanBlast™ The AIN-6 9.5mm (3/8) Water Induction Nozzle features the ability to slurry wet blast

PanBlast™ The Air Cooling Controller is designed to cool the incoming air supply to the blasting helmet by up to 19ºC (34ºF)

PanBlast™ The Galaxy is an economical blast helmet used to protect blasting operators from hazards associated with abrasive blasting

PanBlast™ The Standard Breathing Airline Hose assembly is for use with non-certified Helmets

PanBlast™ The PBF Junior II is an economical solution for breathing air filtration and for removal of moisture and odour  

PanBlast™ The PBF Filter Cartridge is designed to reduce odors, oil and mist present in the breathing air supply

PanBlast™ The ATN Blast Nozzle features a straight bore tungsten carbide insert

PanBlast™ The ATN Tungsten Carbide Nozzle is a wide throat, long venturi designed blast nozzle 

The UBV-7 incorporates additional venturi air inlets for a blast pattern approximately 35% wider than conventional single venturi nozzles, with no increase in compressed air consumption.

Automatic dosing for ultimate additive.

PantaTec ULTIMATE is a mineral-based blasting additive that, by its physical properties, seperates oils and greases from metalic surfaces and fix them.