Vacuum Hot Water Boiler
Vacuum Hot Water Boiler
Boiler with oil/gas burner | Central heating boiler | Boiler for heating
Vacuum hot water boilers also named vacuum phase change hot water boiler. There is a vacuum condition inside, fill heat medium water in furnace and heat these water through oil/gas. Through heat exchange, the heat inside the boiler is transfered to outside water.
Transfer medium: hot water
Thermal Capacity: 0.3-7 mw 300-7,000 kw/h 200,000-6,000,000 Kcal/h
Efficiency: 99.9%
Available Fuel: heavy oil, diesel, furnace oil, biogas, NG, CNG, LNG, LPG, dual fuel
Applied Industries: heating & drying like: food, beverage, wood chamber, greenhouse, building heating, hotel, school, etc
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Rice Husk Fired(rice mill) Boiler
Chain Grate Coal or Biomass Boiler
Coal biomass fired boiler | Solid fuel fired boiler | Grate stoker boiler
Chain grate boiler is a fully automatic coal/biomass fired boiler, can produce steam/hot water as transfer medium, grate combustion, adopts water&fire tube structure, high steam quality, anti coking, and sufficient output, etc.
Output: steam, hot water
Thermal Capacity: 500-40,000kg/hr 120-28,000kw/h
Styles: horizontal/vertical
Available Fuel: solid fuel, coal, biomass, wood, palm shell, husks etc
Applied Industries: food, beverage, diaries, feed mill, textile mill, paper mill, packaged, refinery, chemical, laundry, hotel, greenhouse etc
Working Pressure 0-2.5 mpa
LASER ENGRAVING [LS100]
LASER ENGRAVING [LS100]
Description:
LASER ENGRAVING MACHINE LSC100 激光雕刻机
ENGRAVING MACHINE SUITABLE FOR RUBBER ROLLER AND RUBBER SLEEVES.
Laser engraving machine type LSC120
The laser engraving machine has two main parts: a laser source and a controller system. The beam emitted from the laser allows the controller to trace patterns onto the surface of the roller. The controller (computer) controls the direction, intensity, speed of movement, and spread of the laser beam aimed at the surface. The point where the laser beam touches the surface of the roller should be on the focal plane of the laser’s optical system, and is usually synonymous with its focal point. This point is typically small, less than a fraction of a millimeter (depending on the optical wavelength). Only the area inside this focal point is significantly affected when the laser beam passes over the surface. The energy delivered by the laser changes the surface of the material under the focal point. This is how material is removed from the surface to create an engraving. The surface material is vaporized during laser engraving, ventilation through the use of blowers and a vacuum pump that are required to remove the fumes arising from this process, and for removal of debris on the surface to allow the laser to continue engraving. The speed at which the beam moves across the material is also considered in creating engraving patterns. Changing the intensity and spread of the beam allows more flexibility in the design. For example, by changing the proportion of time (known as “duty-cycle”) the laser is turned on during each pulse, the power delivered to the engraving surface can be controlled appropriately for the material.
Characteristics:
PLC Control, Touch-Screen;
The word Laser is actually an acronym
LASER
L is for Light
A is for Amplification
S is for Stimulated
E is for Emission
R is for Radiation
LASER ENGRAVING MACHINE [ZEUS]
LASER ENGRAVING MACHINE [ZEUS]
Description:
LASER ENGRAVING MACHINE FOR PRINTING ROTARY SCREENS
& FLEXOGRAPHIC ROLLERS AND SLEEVES
DIRECT LASER ENGRAVING SYSTEM
Laser engraving machine
The laser engraving machine has two main parts: a laser source and a controller system. The beam emitted from the laser allows the controller to trace patterns onto the surface of the roller. The controller (computer) controls the direction, intensity, speed of movement, and spread of the laser beam aimed at the surface. The point where the laser beam touches the surface of the roller should be on the focal plane of the laser’s optical system, and is usually synonymous with its focal point. This point is typically small, less than a fraction of a millimeter (depending on the optical wavelength). Only the area inside this focal point is significantly affected when the laser beam passes over the surface. The energy delivered by the laser changes the surface of the material under the focal point. This is how material is removed from the surface to create an engraving. The surface material is vaporized during laser engraving, ventilation through the use of blowers and a vacuum pump that are required to remove the fumes arising from this process, and for removal of debris on the surface to allow the laser to continue engraving. The speed at which the beam moves across the material is also considered in creating engraving patterns. Changing the intensity and spread of the beam allows more flexibility in the design. For example, by changing the proportion of time (known as “duty-cycle”) the laser is turned on during each pulse, the power delivered to the engraving surface can be controlled appropriately for the material.
Characteristics:
The word Laser is actually an acronym
LASER
L is for Light
A is for Amplification
S is for Stimulated
E is for Emission
R is for Radiation
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