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What is a sandblaster?
A sandblasting machine is a piece of equipment that uses abrasive materials—both metallic and non-metallic—propelled by compressed air to be sprayed onto the surface of a workpiece.
Product Description
What is a sandblaster?
A sandblaster is a machine that uses abrasive materials. (A metallic abrasive and a non-metallic abrasive) is a mechanical device that uses compressed air to project abrasive particles onto the surface of a workpiece.
It uses compressed air inside the pipeline to transport powdered particles (diameter The material, with a particle size ranging from 1 to 4 mm, is transported from one location to another. As kinetic energy is converted into potential energy during this process, the high-speed sand particles erode the surface of the object, thereby improving its surface quality. 。
Sand particles are propelled forward within the pipeline by compressed air, exhibiting two states: suspension and pulsation.
The ideal operating condition requires that sand particles exhibit a uniformly suspended flow within the pipeline. The appropriate sand feed rate, as well as the right air volume and air pressure, are the most critical factors determining the effectiveness of sand particle flow. The air volume should be sufficient to ensure that the air velocity inside the pipeline is at least greater than the settling velocity of the largest sand particles. Moreover, the air pressure must be high enough to overcome the frictional losses and resistance encountered by the air as it propels the sand particles through the pipeline. Only in this way can we guarantee smooth and unobstructed flow of sand particles within the pipeline.
However, as the pipeline length increases, the wind pressure gradually decreases and the air flow velocity slows down. Initially, suspended particles exhibit non-uniform suspension flow, which then evolves into a flow state characterized by uneven density. When the air flow velocity falls below a certain threshold, pulsating flow patterns begin to emerge. As the air flow velocity continues to decrease, some material particles come to rest at the bottom of the pipeline, while others continue to slide forward. This causes the layer of stagnant material to become unstable and eventually leads to blockage, resulting in system failure. This is precisely what we strive to avoid during the sandblasting process. 。
Due to the impact and cutting action of the abrasive material on the workpiece surface, the sandblasting machine imparts a certain degree of cleanliness and varying degrees of roughness to the surface, thereby improving its mechanical properties. As a result, the workpiece exhibits enhanced fatigue resistance, increased adhesion between the workpiece and any applied coatings, and prolonged durability of the coating film. Additionally, sandblasting facilitates smoother flow and better decorative effects of the coating. It effectively removes surface impurities, discolorations, and oxide layers, while simultaneously roughening the substrate surface, relieving residual stresses in the workpiece, and enhancing the surface hardness of the base material.
Dry sandblasting machine
Inhalation-type dry sandblasting machine
( 1 ) General composition
A complete dry-blast sandblasting machine typically consists of six components. System Composition namely, the structural system, the medium dynamics system, the piping system, the dust removal system, and the control system, and Auxiliary system 。
( 2 ) Working principle
Inhalation Dry sandblasting machine It is powered by compressed air and generated within the spray gun through the high-speed movement of the airflow. Negative pressure The abrasive material is drawn into the spray gun through a sand-conveying pipe and ejected through the nozzle, striking the surface to be processed and achieving the desired machining effect. In a suction-type dry sandblasting machine, compressed air serves both as the feed power and as the accelerating force for the jet.
Pressure-fed dry sandblasting machine
For the pressure-fed dry sandblasting machine, we’ll focus on the pressure-fed sandblasting working unit—the basic unit consisting of a pressure tank and a spray gun.
( 1 ) General composition
A complete pressurized dry blasting machine working unit typically consists of four systems, namely: Pressure tank — Medium-powered system, piping system, control system.
( 2 Push-in type Dry sandblasting machine The working principle
The pressure-fed dry abrasive blasting machine uses compressed air as its power source. By building up working pressure within a pressure tank through compressed air, the abrasive material is forced through a sand-discharge valve into a sand-conveying pipe and then ejected through a nozzle, striking the surface to be processed and achieving the desired machining effect. In a pressure-fed dry abrasive blasting machine, compressed air serves both as the feed power and as the accelerating force for the jet stream.
Liquid sandblaster
Liquid sandblaster Compared to Dry sandblasting machine In particular, the most significant feature is the effective control of dust pollution during the sandblasting process, thereby improving the working environment for sandblasting operations. Liquid sandblasting (also known as wet sandblasting) is a new sandblasting technology that has evolved from the traditional dry sandblasting method, which has been in use for nearly a century. Transforming dry sandblasting into liquid sandblasting represents a major breakthrough in sandblasting techniques. [2] 。
General composition
A complete liquid abrasive blasting machine typically consists of five systems: the structural system, the media power system, the piping system, the control system, and the auxiliary system.
Working principle
A liquid abrasive blasting machine uses the abrasive slurry as the feed power source. A slurry pump delivers the uniformly mixed abrasive slurry (a mixture of abrasive particles and water) into the spray gun. Compressed air serves as the accelerating power source, entering the spray gun through an air supply pipe. Inside the spray gun, the compressed air accelerates the abrasive slurry that has been fed in, and then propels it out through the nozzle, spraying it onto the surface to be processed to achieve the desired machining effect. In a liquid abrasive blasting machine, the slurry pump provides the feed power, while compressed air supplies the acceleration power.
Freeze sandblasting machine
Full name: Automatic Spraying Type Freezing trimming machine The theory of cryogenic sandblasting originated in the last century. 70 Originally developed in Europe and the United States, this equipment was later invented and improved by Japan’s Showa Carbonic Co., Ltd. It is primarily used as a replacement for manual methods in the molding of rubber parts and precision components. Injection molding And Die-cast part The product undergoes deburring treatment; this type of equipment is from... 70 It has been widely used in developed countries since the end of the decade, and is also being adopted domestically. 2000 Starting after the Chinese New Year, it has been gradually promoted and has become one of the essential post-processing equipment items in the rubber-plastic alloy industry.
General composition
( 1 ) Host structure
It mainly includes: the feeding system, the circulation system, the temperature control system, and the electronic control system.
( 2 ) High-speed motor With the throwing wheel
Vertical projectile-type freezing sandblasting machines must be equipped with high-performance motor components to ensure that they can drive the impeller at the highest... 7200 Turn / The rotating speed in minutes propels the projectiles outward to remove burrs from the workpieces. Under high-speed operation, the dynamic balance error of the throwing wheel must not exceed 3mm Otherwise, the motor’s lifespan will be significantly reduced due to operation under load.
( 3 ) Essential ancillary systems
OBD System: Not additionally equipped, as verified by the authoritative authority. OBD The system’s cryogenic sandblasting machine cannot guarantee compliance with national environmental protection requirements, and additionally... OBD After the system is dusted, it can ensure compliance with national environmental protection standards. At the same time, OBD By effectively preventing moisture contained in the air from flowing backward into the device, the system ensures stable operation over a long period, thereby extending the equipment’s service life.
Working principle
Freeze sandblasting machine It utilizes the cryogenic freezing effect of liquid nitrogen to... Rubber and plastic When an alloy material becomes brittle, the burr becomes brittle before the product itself. Within the time gap between the burr’s brittleness and the product’s failure to become brittle, a high-speed jet of polymer particles is used to impact the product’s burr, thereby efficiently removing burrs from rubber-plastic alloy products as well as aluminum and zinc alloy products.
Rubber-plastic alloy materials all belong to polymer materials and will exist in different states at different temperatures. Phase state From the perspective of phase transitions, a material’s change is merely a shift in its mechanical state. When a material is subjected to low-temperature conditions, its state undergoes a transformation; however, once it returns to normal room temperature, all its properties will be restored.
The physical properties of elastomer alloy materials change as the temperature decreases: they harden. → Brittleness → Vitreousness
After the temperature drops, the elastomer alloy material begins to harden and will not deform or get damaged below its embrittlement temperature. Once it returns to room temperature, its physicochemical properties remain unchanged.
Eco-friendly sandblaster
The environmentally friendly sandblasting machine has three major system features:
( 1 Emission standards
Today, the national Level 2 industrial emission standards are: 60 Cubic milligrams. The emissions from the eco-friendly sandblasting machine are... 55 Cubic milligrams. The previous sandblasting machine was... 100 Cubic milligrams.
( 2 Dust removal system
The effectiveness of a dust removal system depends on the filter cartridges used in the dust collector. Currently, environmentally friendly sandblasting machines employ Donaldson dust collector filter cartridges—the world’s leading brand. If you choose to use... Baghouse dust removal The side uses fabric bags treated with nanotechnology as the dust-collecting material.
( 3 ) Separation system
The environmentally friendly sandblasting machine has achieved new improvements over the previous cyclone separator. Previously, the general separation efficiency of sandblasting machines was... 80% Left and right. Meanwhile, the separation efficiency of the environmentally friendly sandblasting machine is nearly reaching... 99%。
Electrical Control System
Through the sandblaster Electrical Control System Fully automatic sandblasting can automatically adjust the sandblasting angle, sandblasting duration, sandblasting distance, reverse-blowing time, movement of the spray gun, and worktable rotation speed, among other parameters.
The main components of the electrical control system are: X Axial lateral movement component, Y It consists of several components, including the spindle longitudinal movement assembly, the worktable rotation assembly, the sandblasting assembly, the air-blowing cleaning assembly, and the dust removal assembly. All of these components are made of... LM Series PLC Unified and coordinated control based on pre-set parameters on the touch screen, ensuring efficient and reliable completion. Sandblasting process Process.
X Shaft lateral movement component
By one Stepper motor screw rod, guide rail, Slider Limit switch , one Incremental encoder Composition. The stepper motor receives LM Series PLC The high-speed pulse signal drives the lead screw to rotate at a specified rate, causing the slider to move left and right along the guide rail. An encoder collects the number of revolutions of the lead screw, thereby generating a... X Axial motion Closed-loop control system Two limit switches are installed at the extreme positions of the left and right sliders’ movement, ensuring the safety of the slider’s operation and preventing runaway accidents.
Y Axial longitudinal movement component
With X Like the shaft assembly, this component consists of a stepper motor, a lead screw, guide rails, a slider, limit switches, and an incremental encoder. The slider moves up and down along the guide rails, while the encoder measures the number of revolutions of the lead screw, thereby forming a... Y The closed-loop control system for axial motion features two limit switches installed at the extreme positions of the slider’s up-and-down movement, ensuring the safety of the slider’s operation and preventing runaway accidents.
Workbench Rotating Assembly
By one Servo motor consists of a workbench and a reducer. The servo motor is set to speed control mode and employs... LM Series PLC Analog output control, after being decelerated by a reducer, drives the worktable to rotate at a constant speed. The rotation speed can be adjusted via a touch screen. Given the relatively large moment of inertia of the worktable, the servo motor is configured with ramp-up acceleration and ramp-down deceleration features to minimize overshoot and thereby reduce potential damage to the servo motor.
Sandblasting assembly
It mainly consists of a spray gun, an air gun, a sand-discharge valve, an air-discharge valve, an air source, a filter, and other components. The pressure in the control pipeline is regulated to ensure the desired blasting intensity. The higher the pressure, the greater the velocity of the jet, the higher the blasting efficiency, and the rougher the surface of the workpiece. Conversely, a lower pressure results in a relatively smoother surface. By adjusting the opening times of the sand-discharge valve and the air-discharge valve, the blasting time and the cleaning time can be precisely controlled, thereby guaranteeing the effectiveness of the sandblasting process. Both the blasting time and the cleaning time can be set on the touch screen.
Dust removal component
It consists of a dust removal unit, reverse-blow solenoid valves, filter cartridges, and more. The equipment is equipped with a cartridge-type dust removal unit that integrates secondary dust removal in one compact assembly. , By adjusting the interval time for reverse blow, it can be used for treating gases with high dust concentrations. For... 015 mu m Dust particles of Class and above achieve a dust removal efficiency as high as 99.99% The purified air has achieved a near-zero emission state. , It offers higher filtration accuracy than traditional baghouse dust collectors. 100 More than doubled, significantly reducing the air pollution caused by dust removal emissions into the atmosphere.
Main uses
Sandblasting is a widely used process in mechanical manufacturing. All parts that undergo forging, casting, heat treatment, and surface treatment must be sandblasted to remove impurities and contaminants.
Surface oxide scale, adhering sand, old plating, hot molten salts, and rust, etc. 。
( 1 ) Cleaning of the workpiece surface
Oxide scale, residual salt, residual oil, and the like after heat treatment; black ( There is ) color Castings the oxide scale, Molding sand Wait; remove scale, core sand, and other residues from precision castings with no machining allowances; residual materials and minor burrs from machined parts; scale and weld slag from welded components; cold- and hot-rolled steel sheets. ( Section steel ) Oxide scales, rust layers, and the like; release agents and deposits on various mold cavities; sintering residues on the surfaces of ceramic components; Plastic molding flash of a part; the surface of an object Radioactive element Bridges, sluice gates for hydropower stations, ships, and buildings; rubber adhesion layers on airport runways; train carriages; various pipes and container tanks; oil stains and adhering substances on old machinery parts, etc.; Container Residual paint, rust layers, and adhering substances; incorrect sintered layers on porcelain; scratches on decorative surfaces, and so forth.
( 2 Pre-treatment before coating the workpiece surface.
Spray paint 、 Baking paint Previous; Powder coating Before; before metal spraying; galvanized, Chromium Before nickel plating; before oxidation treatment; before nondestructive testing.
Prev: Eco-friendly, Recyclable Sandblasting Machine
Next: Vickers hardness tester
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What is a sandblaster?
A sandblasting machine is a piece of equipment that uses abrasive materials—both metallic and non-metallic—propelled by compressed air to be sprayed onto the surface of a workpiece.
Product Description
What is a sandblaster?
A sandblaster is a machine that uses abrasive materials. (A metallic abrasive and a non-metallic abrasive) is a mechanical device that uses compressed air to project abrasive particles onto the surface of a workpiece.
It uses compressed air inside the pipeline to transport powdered particles (diameter The material, with a particle size ranging from 1 to 4 mm, is transported from one location to another. As kinetic energy is converted into potential energy during this process, the high-speed sand particles erode the surface of the object, thereby improving its surface quality. 。
Sand particles are propelled forward within the pipeline by compressed air, exhibiting two states: suspension and pulsation.
The ideal operating condition requires that sand particles exhibit a uniformly suspended flow within the pipeline. The appropriate sand feed rate, as well as the right air volume and air pressure, are the most critical factors determining the effectiveness of sand particle flow. The air volume should be sufficient to ensure that the air velocity inside the pipeline is at least greater than the settling velocity of the largest sand particles. Moreover, the air pressure must be high enough to overcome the frictional losses and resistance encountered by the air as it propels the sand particles through the pipeline. Only in this way can we guarantee smooth and unobstructed flow of sand particles within the pipeline.
However, as the pipeline length increases, the wind pressure gradually decreases and the air flow velocity slows down. Initially, suspended particles exhibit non-uniform suspension flow, which then evolves into a flow state characterized by uneven density. When the air flow velocity falls below a certain threshold, pulsating flow patterns begin to emerge. As the air flow velocity continues to decrease, some material particles come to rest at the bottom of the pipeline, while others continue to slide forward. This causes the layer of stagnant material to become unstable and eventually leads to blockage, resulting in system failure. This is precisely what we strive to avoid during the sandblasting process. 。
Due to the impact and cutting action of the abrasive material on the workpiece surface, the sandblasting machine imparts a certain degree of cleanliness and varying degrees of roughness to the surface, thereby improving its mechanical properties. As a result, the workpiece exhibits enhanced fatigue resistance, increased adhesion between the workpiece and any applied coatings, and prolonged durability of the coating film. Additionally, sandblasting facilitates smoother flow and better decorative effects of the coating. It effectively removes surface impurities, discolorations, and oxide layers, while simultaneously roughening the substrate surface, relieving residual stresses in the workpiece, and enhancing the surface hardness of the base material.
Dry sandblasting machine
Inhalation-type dry sandblasting machine
( 1 ) General composition
A complete dry-blast sandblasting machine typically consists of six components. System Composition namely, the structural system, the medium dynamics system, the piping system, the dust removal system, and the control system, and Auxiliary system 。
( 2 ) Working principle
Inhalation Dry sandblasting machine It is powered by compressed air and generated within the spray gun through the high-speed movement of the airflow. Negative pressure The abrasive material is drawn into the spray gun through a sand-conveying pipe and ejected through the nozzle, striking the surface to be processed and achieving the desired machining effect. In a suction-type dry sandblasting machine, compressed air serves both as the feed power and as the accelerating force for the jet.
Pressure-fed dry sandblasting machine
For the pressure-fed dry sandblasting machine, we’ll focus on the pressure-fed sandblasting working unit—the basic unit consisting of a pressure tank and a spray gun.
( 1 ) General composition
A complete pressurized dry blasting machine working unit typically consists of four systems, namely: Pressure tank — Medium-powered system, piping system, control system.
( 2 Push-in type Dry sandblasting machine The working principle
The pressure-fed dry abrasive blasting machine uses compressed air as its power source. By building up working pressure within a pressure tank through compressed air, the abrasive material is forced through a sand-discharge valve into a sand-conveying pipe and then ejected through a nozzle, striking the surface to be processed and achieving the desired machining effect. In a pressure-fed dry abrasive blasting machine, compressed air serves both as the feed power and as the accelerating force for the jet stream.
Liquid sandblaster
Liquid sandblaster Compared to Dry sandblasting machine In particular, the most significant feature is the effective control of dust pollution during the sandblasting process, thereby improving the working environment for sandblasting operations. Liquid sandblasting (also known as wet sandblasting) is a new sandblasting technology that has evolved from the traditional dry sandblasting method, which has been in use for nearly a century. Transforming dry sandblasting into liquid sandblasting represents a major breakthrough in sandblasting techniques. [2] 。
General composition
A complete liquid abrasive blasting machine typically consists of five systems: the structural system, the media power system, the piping system, the control system, and the auxiliary system.
Working principle
A liquid abrasive blasting machine uses the abrasive slurry as the feed power source. A slurry pump delivers the uniformly mixed abrasive slurry (a mixture of abrasive particles and water) into the spray gun. Compressed air serves as the accelerating power source, entering the spray gun through an air supply pipe. Inside the spray gun, the compressed air accelerates the abrasive slurry that has been fed in, and then propels it out through the nozzle, spraying it onto the surface to be processed to achieve the desired machining effect. In a liquid abrasive blasting machine, the slurry pump provides the feed power, while compressed air supplies the acceleration power.
Freeze sandblasting machine
Full name: Automatic Spraying Type Freezing trimming machine The theory of cryogenic sandblasting originated in the last century. 70 Originally developed in Europe and the United States, this equipment was later invented and improved by Japan’s Showa Carbonic Co., Ltd. It is primarily used as a replacement for manual methods in the molding of rubber parts and precision components. Injection molding And Die-cast part The product undergoes deburring treatment; this type of equipment is from... 70 It has been widely used in developed countries since the end of the decade, and is also being adopted domestically. 2000 Starting after the Chinese New Year, it has been gradually promoted and has become one of the essential post-processing equipment items in the rubber-plastic alloy industry.
General composition
( 1 ) Host structure
It mainly includes: the feeding system, the circulation system, the temperature control system, and the electronic control system.
( 2 ) High-speed motor With the throwing wheel
Vertical projectile-type freezing sandblasting machines must be equipped with high-performance motor components to ensure that they can drive the impeller at the highest... 7200 Turn / The rotating speed in minutes propels the projectiles outward to remove burrs from the workpieces. Under high-speed operation, the dynamic balance error of the throwing wheel must not exceed 3mm Otherwise, the motor’s lifespan will be significantly reduced due to operation under load.
( 3 ) Essential ancillary systems
OBD System: Not additionally equipped, as verified by the authoritative authority. OBD The system’s cryogenic sandblasting machine cannot guarantee compliance with national environmental protection requirements, and additionally... OBD After the system is dusted, it can ensure compliance with national environmental protection standards. At the same time, OBD By effectively preventing moisture contained in the air from flowing backward into the device, the system ensures stable operation over a long period, thereby extending the equipment’s service life.
Working principle
Freeze sandblasting machine It utilizes the cryogenic freezing effect of liquid nitrogen to... Rubber and plastic When an alloy material becomes brittle, the burr becomes brittle before the product itself. Within the time gap between the burr’s brittleness and the product’s failure to become brittle, a high-speed jet of polymer particles is used to impact the product’s burr, thereby efficiently removing burrs from rubber-plastic alloy products as well as aluminum and zinc alloy products.
Rubber-plastic alloy materials all belong to polymer materials and will exist in different states at different temperatures. Phase state From the perspective of phase transitions, a material’s change is merely a shift in its mechanical state. When a material is subjected to low-temperature conditions, its state undergoes a transformation; however, once it returns to normal room temperature, all its properties will be restored.
The physical properties of elastomer alloy materials change as the temperature decreases: they harden. → Brittleness → Vitreousness
After the temperature drops, the elastomer alloy material begins to harden and will not deform or get damaged below its embrittlement temperature. Once it returns to room temperature, its physicochemical properties remain unchanged.
Eco-friendly sandblaster
The environmentally friendly sandblasting machine has three major system features:
( 1 Emission standards
Today, the national Level 2 industrial emission standards are: 60 Cubic milligrams. The emissions from the eco-friendly sandblasting machine are... 55 Cubic milligrams. The previous sandblasting machine was... 100 Cubic milligrams.
( 2 Dust removal system
The effectiveness of a dust removal system depends on the filter cartridges used in the dust collector. Currently, environmentally friendly sandblasting machines employ Donaldson dust collector filter cartridges—the world’s leading brand. If you choose to use... Baghouse dust removal The side uses fabric bags treated with nanotechnology as the dust-collecting material.
( 3 ) Separation system
The environmentally friendly sandblasting machine has achieved new improvements over the previous cyclone separator. Previously, the general separation efficiency of sandblasting machines was... 80% Left and right. Meanwhile, the separation efficiency of the environmentally friendly sandblasting machine is nearly reaching... 99%。
Electrical Control System
Through the sandblaster Electrical Control System Fully automatic sandblasting can automatically adjust the sandblasting angle, sandblasting duration, sandblasting distance, reverse-blowing time, movement of the spray gun, and worktable rotation speed, among other parameters.
The main components of the electrical control system are: X Axial lateral movement component, Y It consists of several components, including the spindle longitudinal movement assembly, the worktable rotation assembly, the sandblasting assembly, the air-blowing cleaning assembly, and the dust removal assembly. All of these components are made of... LM Series PLC Unified and coordinated control based on pre-set parameters on the touch screen, ensuring efficient and reliable completion. Sandblasting process Process.
X Shaft lateral movement component
By one Stepper motor screw rod, guide rail, Slider Limit switch , one Incremental encoder Composition. The stepper motor receives LM Series PLC The high-speed pulse signal drives the lead screw to rotate at a specified rate, causing the slider to move left and right along the guide rail. An encoder collects the number of revolutions of the lead screw, thereby generating a... X Axial motion Closed-loop control system Two limit switches are installed at the extreme positions of the left and right sliders’ movement, ensuring the safety of the slider’s operation and preventing runaway accidents.
Y Axial longitudinal movement component
With X Like the shaft assembly, this component consists of a stepper motor, a lead screw, guide rails, a slider, limit switches, and an incremental encoder. The slider moves up and down along the guide rails, while the encoder measures the number of revolutions of the lead screw, thereby forming a... Y The closed-loop control system for axial motion features two limit switches installed at the extreme positions of the slider’s up-and-down movement, ensuring the safety of the slider’s operation and preventing runaway accidents.
Workbench Rotating Assembly
By one Servo motor consists of a workbench and a reducer. The servo motor is set to speed control mode and employs... LM Series PLC Analog output control, after being decelerated by a reducer, drives the worktable to rotate at a constant speed. The rotation speed can be adjusted via a touch screen. Given the relatively large moment of inertia of the worktable, the servo motor is configured with ramp-up acceleration and ramp-down deceleration features to minimize overshoot and thereby reduce potential damage to the servo motor.
Sandblasting assembly
It mainly consists of a spray gun, an air gun, a sand-discharge valve, an air-discharge valve, an air source, a filter, and other components. The pressure in the control pipeline is regulated to ensure the desired blasting intensity. The higher the pressure, the greater the velocity of the jet, the higher the blasting efficiency, and the rougher the surface of the workpiece. Conversely, a lower pressure results in a relatively smoother surface. By adjusting the opening times of the sand-discharge valve and the air-discharge valve, the blasting time and the cleaning time can be precisely controlled, thereby guaranteeing the effectiveness of the sandblasting process. Both the blasting time and the cleaning time can be set on the touch screen.
Dust removal component
It consists of a dust removal unit, reverse-blow solenoid valves, filter cartridges, and more. The equipment is equipped with a cartridge-type dust removal unit that integrates secondary dust removal in one compact assembly. , By adjusting the interval time for reverse blow, it can be used for treating gases with high dust concentrations. For... 015 mu m Dust particles of Class and above achieve a dust removal efficiency as high as 99.99% The purified air has achieved a near-zero emission state. , It offers higher filtration accuracy than traditional baghouse dust collectors. 100 More than doubled, significantly reducing the air pollution caused by dust removal emissions into the atmosphere.
Main uses
Sandblasting is a widely used process in mechanical manufacturing. All parts that undergo forging, casting, heat treatment, and surface treatment must be sandblasted to remove impurities and contaminants.
Surface oxide scale, adhering sand, old plating, hot molten salts, and rust, etc. 。
( 1 ) Cleaning of the workpiece surface
Oxide scale, residual salt, residual oil, and the like after heat treatment; black ( There is ) color Castings the oxide scale, Molding sand Wait; remove scale, core sand, and other residues from precision castings with no machining allowances; residual materials and minor burrs from machined parts; scale and weld slag from welded components; cold- and hot-rolled steel sheets. ( Section steel ) Oxide scales, rust layers, and the like; release agents and deposits on various mold cavities; sintering residues on the surfaces of ceramic components; Plastic molding flash of a part; the surface of an object Radioactive element Bridges, sluice gates for hydropower stations, ships, and buildings; rubber adhesion layers on airport runways; train carriages; various pipes and container tanks; oil stains and adhering substances on old machinery parts, etc.; Container Residual paint, rust layers, and adhering substances; incorrect sintered layers on porcelain; scratches on decorative surfaces, and so forth.
( 2 Pre-treatment before coating the workpiece surface.
Spray paint 、 Baking paint Previous; Powder coating Before; before metal spraying; galvanized, Chromium Before nickel plating; before oxidation treatment; before nondestructive testing.
Prev: Eco-friendly, Recyclable Sandblasting Machine
Next: Vickers hardness tester
Online Quotation
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