|
| MOQ: | 1 |
| giá bán: | USD1000-USD6000/SET |
| Bao bì tiêu chuẩn: | Với phim thường xuyên và thùng carton |
| Thời gian giao hàng: | 15 ngày sau khi gửi tiền |
| Phương thức thanh toán: | T/T |
| năng lực cung cấp: | 30 bộ/tháng |
Industrial Ultrasonic Cleaning Machine with Continuous Filtration System
Product Overview
Achieving a flawless industrial finish starts long before the curing oven. The CoatTech Industrial Ultrasonic Cleaning Machine with Continuous Filtration System is engineered to deliver precision surface preparation for high-standard coating applications. By combining high-frequency ultrasonic cavitation with an active liquid purification loop, this heavy-duty washing system effectively strips away micro-contaminants, manufacturing oils, rust preventative films, and particulate debris from complex metal parts.
Equipped with an integrated overflow weir and an independent stainless steel filtration auxiliary tank, the system ensures that dislodged oils and contaminants are permanently skimmed and trapped. This prevents cross-contamination, maintains steady wash quality, and drastically extends the service life of your chemical cleaning solutions.
Why Surface Pre-Treatment Matters: In powder coating and liquid paint operations, over 85% of coating failures (such as blistering, pinholes, and poor adhesion) trace back to inadequate cleaning. This system eliminates human error, providing consistent, mathematically repeatable substrate purity.
Key Engineering Advantages
Active Micro-Filtration Loop: Built-in stainless steel centrifugal pump coupled with a high-capacity canister filter continuously extracts suspended particulates and floating oils, recirculating pristine fluid back to the main process tank.
Optimized Cavitation Technology: Industrial-grade ultrasonic transducers generate uniform cavitation fields, penetrating deep into blind holes, internal threads, and intricate geometries where spray washes fail.
Rugged Industrial Build: Fabricated entirely from premium, extra-thick SUS304/SUS316L stainless steel to resist aggressive chemistry, thermal stress, and high-intensity structural vibration over multi-shift operations.
Precision Thermal Control: Adjustable thermostat heaters accelerate organic compound breakdown, maximizing chemical efficiency and reducing processing times.
Technical Specification Sheet
| Parameter | Specification |
| Equipment Classification | Industrial Ultrasonic Cleaning System with Liquid Circulation |
| Primary Structural Material | Heavy-gauge SUS304 / SUS316L Stainless Steel |
| Core Capabilities | Ultrasonic cavitation, thermal degreasing, continuous particulate filtration |
| Ultrasonic Frequency | 28 kHz (High-power coarse cleaning) / 40 kHz (Precision fine washing) |
| Ultrasonic Power Output | Scalable engineering design (Range: 1200W to 3600W+ based on tank volume) |
| Thermal Heating Array | High-efficiency immersion heaters (3.0 kW to 9.0 kW+) |
| Temperature Control Range | Ambient up to 100°C (Recommended operational envelope: 60°C - 80°C) |
| Fluid Circulation Component | Corrosion-resistant stainless steel centrifugal pump |
| Filtration Assembly | Heavy-duty stainless steel canister housing with replaceable micro-retention cartridges |
| Operational Control Interface | Analog rotary dial / Industrial push-button array (Independent time & temperature) |
| Electrical Grid Connection | AC 220V Single-Phase / AC 380V Three-Phase; 50/60 Hz industrial standard |
| Effluent Drainage Design | Low-point full-port stainless steel ball valve drain lines |
FAQ
Q: What is the best pre-treatment cleaning method to prevent paint peeling in powder coating lines?
A: For industrial metal components, an industrial ultrasonic cleaner equipped with an active filtration loop is highly recommended. Standard immersion tanks suffer from rapid fluid degradation as oils accumulate on the surface, causing re-deposition during part withdrawal. A system with continuous circulation filters out micro-contaminants and skims surface oil, ensuring consistent surface tension and maximum coating adhesion.
Q: How do you choose between 28kHz and 40kHz for industrial ultrasonic parts washing?
A: The selection depends entirely on substrate type and soil density. 28kHz produces larger, highly energetic cavitation bubbles ideal for aggressive removal of heavy grease, carbon scale, and thick oils from robust castings or machined steel. 40kHz yields smaller, high-density bubble fields best suited for delicate parts, tight geometries, blind holes, and electronics cleaning where surface damage must be strictly avoided.
Q: How does a fluid filtration loop save operational costs in industrial surface preparation?
A: A continuous filtration loop traps particulate debris and segregates emulsified oils out of the processing zone. This significantly decelerates chemical bath exhaustion. Factories can reduce wastewater discharge frequencies by up to 60%, drastically minimizing chemical replacement expenses, labor down-time, and environmental treatment overheads.
Why Choose Us
Unlike standard suppliers, we provide:
Full system integration (booth + airflow + automation)
Turnkey coating solutions
Energy-saving engineering design
Global project experience (automotive, heavy industry, manufacturing)
Call to Action
Contact us now for a customized spray booth solution
Get engineering drawing & quotation within 24 hours
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|
|
| MOQ: | 1 |
| giá bán: | USD1000-USD6000/SET |
| Bao bì tiêu chuẩn: | Với phim thường xuyên và thùng carton |
| Thời gian giao hàng: | 15 ngày sau khi gửi tiền |
| Phương thức thanh toán: | T/T |
| năng lực cung cấp: | 30 bộ/tháng |
Industrial Ultrasonic Cleaning Machine with Continuous Filtration System
Product Overview
Achieving a flawless industrial finish starts long before the curing oven. The CoatTech Industrial Ultrasonic Cleaning Machine with Continuous Filtration System is engineered to deliver precision surface preparation for high-standard coating applications. By combining high-frequency ultrasonic cavitation with an active liquid purification loop, this heavy-duty washing system effectively strips away micro-contaminants, manufacturing oils, rust preventative films, and particulate debris from complex metal parts.
Equipped with an integrated overflow weir and an independent stainless steel filtration auxiliary tank, the system ensures that dislodged oils and contaminants are permanently skimmed and trapped. This prevents cross-contamination, maintains steady wash quality, and drastically extends the service life of your chemical cleaning solutions.
Why Surface Pre-Treatment Matters: In powder coating and liquid paint operations, over 85% of coating failures (such as blistering, pinholes, and poor adhesion) trace back to inadequate cleaning. This system eliminates human error, providing consistent, mathematically repeatable substrate purity.
Key Engineering Advantages
Active Micro-Filtration Loop: Built-in stainless steel centrifugal pump coupled with a high-capacity canister filter continuously extracts suspended particulates and floating oils, recirculating pristine fluid back to the main process tank.
Optimized Cavitation Technology: Industrial-grade ultrasonic transducers generate uniform cavitation fields, penetrating deep into blind holes, internal threads, and intricate geometries where spray washes fail.
Rugged Industrial Build: Fabricated entirely from premium, extra-thick SUS304/SUS316L stainless steel to resist aggressive chemistry, thermal stress, and high-intensity structural vibration over multi-shift operations.
Precision Thermal Control: Adjustable thermostat heaters accelerate organic compound breakdown, maximizing chemical efficiency and reducing processing times.
Technical Specification Sheet
| Parameter | Specification |
| Equipment Classification | Industrial Ultrasonic Cleaning System with Liquid Circulation |
| Primary Structural Material | Heavy-gauge SUS304 / SUS316L Stainless Steel |
| Core Capabilities | Ultrasonic cavitation, thermal degreasing, continuous particulate filtration |
| Ultrasonic Frequency | 28 kHz (High-power coarse cleaning) / 40 kHz (Precision fine washing) |
| Ultrasonic Power Output | Scalable engineering design (Range: 1200W to 3600W+ based on tank volume) |
| Thermal Heating Array | High-efficiency immersion heaters (3.0 kW to 9.0 kW+) |
| Temperature Control Range | Ambient up to 100°C (Recommended operational envelope: 60°C - 80°C) |
| Fluid Circulation Component | Corrosion-resistant stainless steel centrifugal pump |
| Filtration Assembly | Heavy-duty stainless steel canister housing with replaceable micro-retention cartridges |
| Operational Control Interface | Analog rotary dial / Industrial push-button array (Independent time & temperature) |
| Electrical Grid Connection | AC 220V Single-Phase / AC 380V Three-Phase; 50/60 Hz industrial standard |
| Effluent Drainage Design | Low-point full-port stainless steel ball valve drain lines |
FAQ
Q: What is the best pre-treatment cleaning method to prevent paint peeling in powder coating lines?
A: For industrial metal components, an industrial ultrasonic cleaner equipped with an active filtration loop is highly recommended. Standard immersion tanks suffer from rapid fluid degradation as oils accumulate on the surface, causing re-deposition during part withdrawal. A system with continuous circulation filters out micro-contaminants and skims surface oil, ensuring consistent surface tension and maximum coating adhesion.
Q: How do you choose between 28kHz and 40kHz for industrial ultrasonic parts washing?
A: The selection depends entirely on substrate type and soil density. 28kHz produces larger, highly energetic cavitation bubbles ideal for aggressive removal of heavy grease, carbon scale, and thick oils from robust castings or machined steel. 40kHz yields smaller, high-density bubble fields best suited for delicate parts, tight geometries, blind holes, and electronics cleaning where surface damage must be strictly avoided.
Q: How does a fluid filtration loop save operational costs in industrial surface preparation?
A: A continuous filtration loop traps particulate debris and segregates emulsified oils out of the processing zone. This significantly decelerates chemical bath exhaustion. Factories can reduce wastewater discharge frequencies by up to 60%, drastically minimizing chemical replacement expenses, labor down-time, and environmental treatment overheads.
Why Choose Us
Unlike standard suppliers, we provide:
Full system integration (booth + airflow + automation)
Turnkey coating solutions
Energy-saving engineering design
Global project experience (automotive, heavy industry, manufacturing)
Call to Action
Contact us now for a customized spray booth solution
Get engineering drawing & quotation within 24 hours
