- Wet abrasive blasting cabinets using water, abrasive, and compressed air.
- Compare the listed YS9065W, YS1010W, and YS1212W cabinet configurations.
- Select media, part access, handling, filtration, and the required surface finish.
Water Blasting Cabinets for Wet Abrasive Finishing
The cabinets presented on this page are wet abrasive blasting machines. A pump circulates water and abrasive to the blast gun, where compressed air accelerates the slurry onto the part. This process differs from pure-water pressure cleaning. Review the cabinet, media, operating conditions, rinsing, and drying around the material and finish you need.
Use an approved abrasive-water slurry for the cleaning or finishing task. The listed range can be assessed for suitable metal parts, castings, tooling, and other components. Select the media and settings through a representative trial that checks cleanliness, texture, and critical dimensions.
A turntable helps reposition parts, and a trolley assists loading and unloading. Check the actual support rating, door clearance, fixture height, and room for gun movement. The original table lists a 60 kg load capacity; confirm the capacity of the complete quoted handling arrangement.
Wet Blasting Configuration Options
A holder supports the supplied gun in an agreed position. Review adjustment, nozzle direction, access to the part, and the operating sequence. A holder alone does not provide an automatic cycle or establish even coverage.
A hydrocyclone separates material from the circulating liquid according to its configured duty. Confirm whether the proposed unit handles abrasive recovery, fines separation, or another function. Its performance depends on the media, slurry, and operating conditions.
The described filtration arrangement allows suitable process water to be reused for functions such as window washing and rinsing. Include filter cleaning, makeup water, contaminated-liquid management, and waste handling in the process plan.
Abrasive Selection for Water Blasting Cabinets
The original specification lists glass beads, aluminum oxide, and other abrasive options. Choose an approved grade around the substrate, contamination, target texture, and permitted material removal. Check holes and recesses for retained media. Water is part of the slurry; it does not make this an abrasive-free cleaning process.
- Send part material, dimensions, weight, photographs, and the surface condition to be treated.
- Define cleanliness, appearance, roughness, dimensional limits, and required output.
- Review cabinet access, loading, compressed air, electrical supply, media, filtration, rinsing, and drying.
- Factory
- Before & After
The listed minimum order is one machine. Specify the cabinet and options so the quotation defines the complete package.
The stated arrangement secures the machine to a pallet. Confirm protective packing, packed dimensions, weight, and handling requirements for the shipment.
The stated standard arrangement is a 30% deposit and the balance before shipment. Confirm the payment method and terms in the quotation for your order.
Provide the model and options required. Current availability, production time, and the proposed shipment date will be confirmed for the order.
Shanghai and Ningbo are listed shipping options. Confirm the departure port, destination, packing, and freight scope. Provide the address if delivery to a consolidation warehouse in China is required.
Water Blasting Cabinets for Wet Abrasive Finishing: Process and Equipment Selection
The cabinets presented on this page are wet abrasive blasting machines. A pump circulates water and abrasive to the blast gun, where compressed air accelerates the slurry onto the part. This process differs from pure-water pressure cleaning. Review the cabinet, media, operating conditions, rinsing, and drying around the material and finish you need.
Listed Technical Specifications
The original model data is shown below. Confirm the delivered configuration, usable clearance, utilities, and operating instructions in the quotation.
| Model | YS9065W | YS1010W | YS1212W |
| Material | Stainless Steel SUS304/carbon steel/fiberglass | ||
| Operating dimensions L*W*H | 900*650*750mm | 1000*1000*750mm | 1200*1200*800mm |
| Machine Size L*W*H | 900*950*1700mm | 1000*1300*1830mm | 1200*1500*2000mm |
| Entrance Door Size | W440*H550mm | W840mm*H650mm | W900mm*H800mm |
| Power Supply | 220V/380V±10%; 50Hz/60Hz; 1.5kw | ||
| Working Pressure | 58-101psi | ||
| Air Consumption (Approx) | 50cfm | ||
| Quantity of Gun | 1pc | ||
| Nozzle Diameter | 9.5mm | ||
| Load Capacity | 60Kg | ||
| Machine Lighting | 18W*2pcs | ||
| Air Intake Hose | Φ16mm | ||
| Total Weight (Approx) | 350kg | 500kg | 600kg |
| Abrasive Available | Glass bead, sand, aluminum oxide etc | ||
In This Guide
- How should machine quality be reviewed?
- How is cabinet size selected?
- Which wear parts should be stocked?
- Does this range use abrasive media?
- What electrical and air supplies are needed?
- How is after-sales support arranged?
- What maintenance keeps the cabinet in service?
- How should installation be planned?
- How is the blast nozzle specified?
- How does wet abrasive blasting compare with dry blasting?
- What is the operating sequence?
- Which operator-protection features should be checked?
- Can steel parts be wet blasted?
- How are parts cleaned after blasting?
- What can the process achieve?
- Which applications can be considered?
- Can the process damage a component?
- What contributes to operating and maintenance cost?
- What training is required?
- Should the process be manual or automatic?
- Will blasting remove or change an existing coating?
How should machine quality be reviewed?
Check the supplied construction, components, controls, and documentation against the quotation. Request applicable certificates for the actual machine where required. Agree inspection and acceptance checks; a category description does not establish a manufacturing tolerance or certification.
How is cabinet size selected?
Check part dimensions and weight together with door passage, fixture height, rotation, gun access, and handling. The preserved table lists three configurations. A part fitting through the door does not necessarily have enough working clearance.
Which wear parts should be stocked?
Review the gun, nozzle, hoses, pump components, gloves, window, wiper, filters, and seals for the supplied machine. Confirm replacement references and inspection intervals. Wear depends on abrasive, workload, settings, and slurry condition.
Does this range use abrasive media?
Yes. The cabinets shown here use a water-and-abrasive slurry with compressed air. Their table lists abrasive options. Pure-water pressure cleaning is a different process and should not be inferred from the page’s water blasting name.
What electrical and air supplies are needed?
The preserved table lists 220/380 V, 50/60 Hz, 1.5 kW, approximately 50 cfm air consumption, and a 58–101 psi working-pressure range. Confirm voltage, phase, current, nozzle, pressure, and air delivery for the supplied configuration.
How is after-sales support arranged?
Confirm operating instructions, training, warranty coverage, spare parts, and service methods in the quotation. Identify the supplied model and options when requesting assistance. General web copy is not an unlimited service commitment.
What maintenance keeps the cabinet in service?
Follow the supplied schedule for slurry management, wear components, filtration, gloves, seals, and window washing. Inspect leaks, damage, and abnormal operation. Keep maintenance and media-change records for the approved process.
How should installation be planned?
Review the footprint, leveling, electrical and air connections, water arrangement, loading, and maintenance access. Qualified personnel should make the required connections. Complete commissioning and operator training before production work.
How is the blast nozzle specified?
Confirm nozzle material, bore, gun compatibility, and the approved abrasive. The preserved table lists a 9.5 mm nozzle diameter. Obtain the actual supplied specification and replacement reference rather than assuming one nozzle applies to every option.
How does wet abrasive blasting compare with dry blasting?
Wet blasting uses a slurry; dry blasting uses dry abrasive in an air stream. Compare the surface result, media handling, extraction or mist controls, cleaning, and drying. Neither method guarantees zero removal or zero damage.
What is the operating sequence?
Inspect and prepare the part, check media and utilities, load and secure it, perform the approved cycle, then rinse, dry, and inspect as required. Follow the supplied machine instructions and established process settings.
Which operator-protection features should be checked?
Review the enclosure, gloves, doors, controls, stopping functions, and any interlocks or mist-management arrangements supplied. Check operating and maintenance access. Wet processing still requires suitable controls and trained operators.
Can steel parts be wet blasted?
Suitable steel components can be assessed for the required cleaning or texture. Plan rinsing, prompt drying, and compatible corrosion protection where needed. Stainless steel and iron do not have identical behavior in every water or process condition.
How are parts cleaned after blasting?
Use the agreed rinse to remove loose abrasive and residue, including from holes and recesses. Choose a drying method appropriate to the part geometry and material. Inspect cleanliness and dryness before the next operation.
What can the process achieve?
Wet abrasive blasting can be evaluated for cleaning and controlled texture on suitable components. Record appearance, roughness, residue, and dimensional change in a trial. Avoid treating water cushioning as a promise of unchanged dimensions or complete corrosion resistance.
Which applications can be considered?
The range can be reviewed for suitable castings, machined components, tooling, and other industrial parts. Identify the substrate, coating or contamination, protected features, and required finish. An industry name alone does not qualify a process.
Can the process damage a component?
Unsuitable media or operating conditions can change dimensions, texture, coatings, or delicate features. Define the allowed removal and protected areas. Inspect representative parts before approving the process.
What contributes to operating and maintenance cost?
Include air, electricity, water, abrasive, additives, wear parts, filtration, cleaning, waste handling, and labor. Compare costs for the complete workflow and agreed workload rather than a generic low-maintenance claim.
What training is required?
Cover loading, media and slurry preparation, controls, approved settings, part movement, rinsing, drying, inspection, maintenance, and fault reporting. Training should match the machine and intended application.
Should the process be manual or automatic?
Manual cabinets can suit varied components and frequent changeovers. Repeat production may justify a separately configured automatic arrangement. Review coverage, fixtures, throughput, inspection, utilities, and cost before specifying automation.
Will blasting remove or change an existing coating?
Abrasive blasting can affect paint and other surface coatings. Define whether the coating should be removed or protected, and check adhesion, thickness, substrate condition, and residue during a trial. Do not assume an existing coating remains unchanged.
Equipment and Finish Examples
