Recessed Chamber Filter Press
Professional Solid-Liquid Separation Equipment for Enhanced Industrial Production
In the chemical, environmental, mining, food, and pharmaceutical industries, efficient solid-liquid separation is crucial for ensuring production efficiency, controlling costs, and achieving environmental goals. Loway chamber filter presses feature mature design, stable performance, flexible configuration, and exceptional separation capabilities.
✅ Superior Separation Performance
High-strength filter plates combined with precision filter cloths create sealed filtration chambers under high pressure. Effectively captures fine solid particles, producing high-quality filter cake with moisture content typically 30%-60% (depending on material properties) and crystal-clear filtrate.
✅ Powerful Processing Capacity
Modular design supports flexible expansion of filtration area, easily handling different scales of industrial solid-liquid separation requirements for both large-scale continuous production and batch processing.
✅ Wide Material Adaptability
The core advantage lies in universality. Whether mining tailings dewatering, chemical catalyst filtration and recovery, municipal sewage treatment plant sludge deep dewatering, or fine material filtration in food and pharmaceutical industries, Loway chamber filter presses operate reliably.
✅ Durable and Easy Maintenance
Main frame constructed with high-quality steel, key components like filter plates and hydraulic systems carefully manufactured to ensure long-term stable operation under harsh conditions. Simple daily maintenance operations like filter cloth replacement and plate cleaning effectively reduce equipment lifecycle costs.
✅ High Economic Efficiency
Relatively simple structure with energy consumption mainly concentrated in hydraulic compression and plate pulling discharge processes. Compared to complex models, initial investment and maintenance costs are more advantageous, making it the preferred choice for users seeking cost-effective solid-liquid separation equipment.
✅ Safe and Stable Operation
Equipped with reliable hydraulic locking and electrical protection devices (overpressure protection, travel limits, etc.), ensuring operator safety and smooth equipment operation.
Chamer Filter Press Definition
Technical Analysis of Chamber Filter Press
Filter Plates: Core for Separation Performance
Material Selection & Characteristics
- Reinforced Polypropylene (PP) Filter Plates: Occupying over 70% market share, density only 1.1g/cm³, resistant to acid-alkali corrosion (pH 2-12), working temperature -20℃~80℃, suitable for sewage treatment, chemical slurry filtration, and other conventional scenarios. Test data shows that in municipal sludge treatment, these material filter plates operate continuously for 5 years with a damage rate below 5%, and maintenance costs are reduced by 60% compared to traditional cast iron filter plates.
- Stainless Steel (304/316L) Filter Plates: Food-grade certified (FDA standards), high temperature resistant up to 150℃, chloride ion corrosion resistant (316L material suitable for Cl⁻>1000ppm environments), mainly used in food, pharmaceutical, electronic materials, and other clean fields. For example, in syrup filtration, 304 stainless steel filter plates can achievea processing capacity of 50 tons/hour, filter cake sugar content ≤2%, fully complying with GB 13104 food sugar hygiene standards.
- Composite Material Filter Plates: Using rubber-covered stainless steel technology, combining elastic compression performance with wear resistance characteristics. In mining tailings and high-viscosity material processing, filter cake moisture content can be reduced by 10%-15%, equipment life extended to over 8 years, suitable for harsh working conditions.
Structural Design Optimization
Frameless integrated design with trapezoidal groove structure on sealing surfaces improves sealing by 30% compared to traditional filter frame types, controlling leakage rate below 0.05%. Filter plate surface flow guide ribs increase filtrate flow rate by 20%, shortening single cycle filtration time by 15%.
Intelligent Hydraulic System
Servo motor driven with pressure control accuracy of ±0.1MPa, 30% more energy efficient than traditional oil pumps, noise ≤75dB. Standard automatic pressure maintenance function, pressure range 0.6-1.2MPa (standard models), automatically adjustable according to material characteristics. For example, in sand washing wastewater treatment, the system dynamically adjusts pressure based on solid content, ensuring clean water reuse rate stable above 90%.
PLC Control System
Supports remote monitoring, fault diagnosis (response time ≤10 seconds), and parameter adaptive adjustment. Built-in algorithms optimize filtration cycles based on material concentration and temperature.
Data visualization interface displays 12 core parameters, including pressure, flow rate, and filter cake thickness in real-time, supports historical data export (CSV format) for production management and process optimization.
Four-Stage Working Process of Chamber Filter Press
Feeding Stage (0-15 minutes)
Suspension liquid is injected into filter chambers through centrifugal/screw pumps with feeding pressure 0.3-0.6MPa. Intelligent system automatically adjusts feeding flow rate based on material solid content (laboratory pre-processing data). For example, when processing municipal sludge with 15% solid content, feeding speed is controlled at 8m³/h, ensuring uniform initial filter cake layer formation with filtrate turbidity ≤50NTU.
Filtration Stage (20-60 minutes)
Solid particles gradually accumulate on filter cloth surface forming filter cake, filtrate passes through filter cloth micropores (pore size 5-10μm) and is discharged, filter chamber pressure gradually rises to working pressure. Filter cloth uses monofilament/multifilament blended technology with fine particle retention rate ≥99.5%. In lithium battery cathode material filtration, 5μm and below particle removal rate reaches 99.8%, ensuring filtrate precision.
Pressing Stage (Optional, 10-30 minutes)
Secondary compression of filter cake through mechanical pressure further reduces moisture content. Test data shows that in mining tailings processing, after pressing, filter cake moisture content can be reduced from 35% to 25%, volume reduced by 40%, significantly lowering transportation costs and subsequent processing load.
Discharge Stage (5-20 minutes)
Hydraulic system automatically loosens filter plates, using cloth washing discharge (filter plate opening angle ≥120°, cake drop rate 95%) or mechanical vibration technology for unloading. Supporting filter cloth cleaning device (water pressure ≥0.8MPa) automatically washes filter cloths, single cycle time shortened by 20% compared to traditional models.
Technical Specifications
| Parameter | Range | Typical Configuration Example |
|---|---|---|
| Filtration Area | 0.5-1000m² | Municipal sludge treatment: 500-1000m² |
| Working Pressure | 0.6-1.2MPa | Chemical slurry filtration: 0.8-1.0MPa |
| Processing Capacity | 5-80 tons/hour | Mining tailings processing: up to 80 tons/hour |
| Filter Cake Moisture Content | 25%-40% | Sand washing wastewater treatment: ≤30% |
| Motor Power | 2.2-15kW | 100m² model with 5.5kW servo motor |
| Automation Level | Auto pressure + Auto plate pulling | Large production lines: PLC full automation |
Loway Filter Press Technical Parameters
420-U Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 360, maximum stroke 400, 10-ton jack, filter plate thickness 50 | |||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length | Machine weight | Dimensions (mm) | ||
L | Width | high | |||||||
XA MSJ2/420-U(BK) | 2 | 9 | 25 | 32 | 972 | 370 | 1132 | 596 | 770 |
XA MSJ3/420-U(BK) | 3 | 13 | 48 | 1172 | 400 | 1332 | |||
XA MSJ4/420-U(BK) | 4 | 17 | 64 | 1372 | 430 | 1532 | |||
XA MSJ5/420-U(BK) | 5 | twenty one | 80 | 1622 | 460 | 1782 | |||
X(AM)SJ6/420-U(BK) | 9 | 26 | 96 | 1822 | 490 | 1982 | |||
500-U Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 360, maximum stroke 400, filter plate thickness 50 | |||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length L | Machine weight | Dimensions (mm) | ||
Length | Width | high | |||||||
XA MYJ4/500-U(BK) | 4 | 11 | 25 | 50 | 1110 | 400 | 1345 | 705 | 835 |
XA MYJ6/500-U(BK) | 6 | 16 | 75 | 1360 | 450 | 1595 | |||
XA MY18/500-U(BK) | 8 | 21 | 100 | 1610 | 500 | 1845 | |||
XA MYJ10/500-U(BK) | 10 | 26 | 125 | 1860 | 550 | 2095 | |||
XA MYJ12/500-U(BK) | 12 | 31 | 150 | 2110 | 600 | 2345 | |||
XA M)YJ14/500-U(BK) | 14 | 36 | 175 | 2360 | 650 | 2595 | |||
630-U Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 360, maximum stroke 400, filter plate thickness 50 | |||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length | Machine weight | Dimensions (mm) | ||
Length | Width | high | |||||||
XA MY5/630-U(BK) | 5 | 9 | 25 | 70 | 1130 | 1100 | 1700 | 1030 | 1020 |
XA MY8/630-U(BK) | 8 | 13 | 112 | 1330 | 1160 | 1920 | |||
XA MY10/630-U(BK) | 10 | 17 | 140 | 1530 | 1220 | 2110 | |||
XA MY15/630-U(BK) | 15 | 23 | 210 | 1930 | 1360 | 2500 | |||
XA MY20/630-U(BK) | 20 | 31 | 280 | 2330 | 1550 | 2900 | |||
XA MY25/630-U(BK) | 24 | 38 | 336 | 2730 | 1680 | 3300 | |||
XA MY30/630-U(BK) | 30 | 45 | 420 | 3130 | 1920 | 3700 | |||
X(AM)Y32/630-U(BK) | 32 | 49 | 448 | 3280 | 1960 | 3850 | |||
XA MYZ20-80/800-U(BK) Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 380, maximum stroke 410, filter plate thickness 60 Note: The foundation of the automatic plate pulling model is extended by 100mm | |||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length L | Machine weight | Dimensions (mm) | ||
Total length L1 | Width | high | |||||||
XA MYZ20/800-U(BK) | 20 | 21 | 30 | 320 | 2135 | 2260 | 2755 | 1210 | 1270 |
XA MYZ30/800-U(BK) | 30 | 31 | 480 | 2735 | 2875 | 3355 | |||
XA MYZ40/800-U(BK) | 40 | 41 | 640 | 3335 | 3100 | 3955 | |||
XA MYZ50/800-U(BK) | 50 | 51 | 800 | 3935 | 3450 | 4555 | |||
XA MYZ60/800-U(BK) | 60 | 61 | 960 | 4535 | 3700 | 5155 | |||
XA MYZ70/800-U(BK) | 70 | 71 | 1120 | 5135 | 4000 | 5755 | |||
XA MYZ80/800-U(BK) | 80 | 81 | 1280 | 5735 | 4300 | 6355 | |||
XA MYZ40-100/920-U(BK) Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 480, maximum stroke 510, filter plate size length × width × thickness: 920mm * 920mm * 60mm Note: The foundation of the automatic plate pulling model is extended by 120mm | |||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length L | Machine weight | Dimensions (mm) | ||
Total length L1 | Width | high | |||||||
X(AMYZ)40/920-U(BK) | 40 | 33 | 30 | 640 | 3050 | 3600 | 4565 | 1300 | 1350 |
X(AMYZ)50/920-U(BK) | 50 | 41 | 800 | 3500 | 4100 | 5050 | |||
X(AMYZ)60/920-U(BK) | 60 | 49 | 960 | 3970 | 4500 | 5540 | |||
X(AMYZ)70/920-U(BK) | 70 | 57 | 1120 | 4500 | 5000 | 6030 | |||
X(AMYZ)80/920-U(BK) | 80 | 65 | 1280 | 5000 | 5200 | 6520 | |||
X(AMYZ)90/920-U(BK) | 90 | 72 | 1350 | 5410 | 5500 | 7010 | |||
X(AMYZ)100/920-U(BK) | 100 | 80 | 1500 | 5900 | 6000 | 7490 | |||
XA MYZ32-120/1000-U(BK) Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 480, maximum stroke 510, filter plate size length × width × thickness: 1000mm*1000mm*60mm Note: The foundation of the automatic plate pulling model is extended by 120mm | |||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length L | Machine weight | Dimensions (mm) | ||
Total length L1 | Width | high | |||||||
XA MYZ32/1000-U(BK) | 32 | 21 | 30 | 480 | 2200 | 3910 | 3170 | 1380 | 1450 |
XA MYZ40/1000-U(BK) | 40 | 25 | 600 | 2530 | 4260 | 3410 | |||
XA MYZ50/1000-U(BK) | 50 | 31 | 750 | 2950 | 4548 | 3770 | |||
XA MYZ60/1000-U(BK) | 60 | 37 | 900 | 3250 | 4880 | 4130 | |||
XA MYZ70/1000-U(BK) | 70 | 43 | 1050 | 3610 | 5146 | 4490 | |||
XA MYZ80/1000-U(BK) | 80 | 49 | 1200 | 3980 | 5436 | 4850 | |||
XA MYZ90/1000-U(BK) | 90 | 55 | 1350 | 4350 | 5734 | 5210 | |||
XA MYZ100/1000-U(BK) | 100 | 61 | 1500 | 4720 | 6024 | 5470 | |||
XA MYZ110/1000-U(BK) | 110 | 67 | 1650 | 5100 | 6318 | 5930 | |||
XA MYZ120/1000-U(BK) | 120 | 73 | 1800 | 5500 | 6612 | 6290 | |||
XA MYZ100-300/1250-U(BK) Chamber Filter Press Technical Parameters | |||||||||
Technical parameters: working stroke 750, maximum stroke 830, filter plate size length × width × thickness: 1250mm*1250mm*60mm | |||||||||
XA MYZ100/1250-U(BK) | 100 | 39 | 30 | 1500 | 3910 | 7000 | 5080 | 1750 | 1600 |
XA MYZ110/1250-U(BK) | 110 | 44 | 1650 | 4138 | 7350 | 5308 | |||
XA MYZ125/1250-U(BK) | 125 | 49 | 1875 | 4510 | 7750 | 5680 | |||
XA MYZ140/1250-U(BK) | 140 | 55 | 2100 | 4822 | 8150 | 5962 | |||
XA MYZ160/1250-U(BK) | 160 | 63 | 2400 | 5270 | 8750 | 6440 | |||
XA MYZ180/1250-U(BK) | 180 | 70 | 2700 | 5770 | 9250 | 6940 | |||
XA MYZ200/1250-U(BK) | 200 | 78 | 3000 | 6190 | 9800 | 7360 | |||
XA MYZ225/1250-U(BK) | 225 | 87 | 3375 | 6760 | 10450 | 7930 | |||
XA MYZ250/1250-U(BK) | 250 | 97 | 3750 | 7330 | 11200 | 8500 | |||
XA MYZ300/1250-U(BK) | 300 | 116 | 4500 | 8470 | 12550 | 9640 | |||
XA MYZ200-600/1500-U(BK) Chamber Filter Press Technical Parameters | ||||||||||
Technical parameters: working stroke 800, maximum stroke 1000, filter plate size length × width × thickness: 1500mm*1500mm*70mm Automatic pressure keeping and automatic plate pulling | ||||||||||
Model | Filtration area | Number of filter plates | Filter cake thickness | Filter chamber volume | Foundation length L | L2 size | Machine weight | Dimensions (mm) | ||
Total length L1 | Width | high | ||||||||
XA MYZ200/1500-U(BK) | 200 | 51 | 30 | 3000 | 5625 | none | 16.5 | 7160 | 2040 | 1950 |
XA MYZ224/1500-U(BK) | 224 | 55 | 3360 | 6045 | 17.5 | 7585 | ||||
X(A MYZ250/1500-U(BK) | 250 | 62 | 3750 | 6605 | 18.6 | 8145 | ||||
XA MYZ280/1500-U(BK) | 280 | 70 | 4200 | 7165 | 20.0 | 8705 | ||||
XA MYZ315/1500-U(BK) | 315 | 79 | 4725 | 7865 | 21.4 | 9405 | ||||
XA MYZ340/1500-U(BK) | 340 | 85 | 5100 | 8285 | 22.4 | 9825 | ||||
XA MYZ400/1500-U(BK) | 400 | 101 | 6000 | 9405 | 5000 | 25.0 | 10945 | |||
XA MYZ450/1500-U(BK) | 450 | 112 | 6750 | 10385 | 5500 | 27.0 | 11925 | |||
XA MYZ500/1500-U(BK) | 500 | 125 | 7500 | 11365 | 6000 | 29.2 | 12905 | |||
XA MYZ560/1500-U(BK) | 560 | 140 | 8400 | 12485 | 6500 | 31.7 | 14025 | |||
XA MYZ600/1500-U(BK) | 600 | 150 | 9000 | 13150 | 7000 | 34.3 | 15725 | |||
Five Core Competitive Advantages
High-Efficiency Processing, Leading Capacity
Processing capacity covers 5-100 tons/hour (filtration area 0.5-1000m² optional), mining tailings slurry processing up to 80 tons/hour, 30% efficiency improvement over similar equipment. Servo motor drive system with intelligent energy-saving mode, power consumption per ton material ≤0.8kWh, 25% energy savings compared to traditional models.
Intelligent Control, Stable and Reliable
PLC control system supports 20+ material parameter presets. For example, in lithium battery slurry processing, system automatically controls filtrate clarity at ≤10NTU, avoiding manual intervention errors. Built-in fault warning mechanism provides real-time alerts for 10 types of faults including filter cloth damage and pressure abnormalities, reducing downtime by 30%.
Durable and Corrosion-Resistant, Wide Adaptability
Filter plate life: reinforced polypropylene material 5-7 years under normal conditions, stainless steel material 8-10 years, composite material exceeds 10 years in high-wear environments. Equipment operates stably in humidity ≤95%, altitude ≤2000m environments, temperature adaptation range -20℃~80℃ (standard models), special materials can withstand -40℃~150℃ extreme conditions.
Flexible Configuration, Customized Solutions
Modular design for filtration area, freely expandable from 0.5m² to 1000m² by adding/removing filter plates. Discharge methods offer manual, automatic plate pulling, and cloth washing discharge options to match different capacities and operation preferences. Filter cloth materials support polyester, polypropylene, nylon and 10+ other selections, meeting diverse needs from coarse filtration to precision separation.
Environmental and Energy-Saving, Green Production
Filtrate closed-loop circulation system achieves clean water reuse rate ≥95%. Noise control complies with GB 12348 standards, standard sound insulation cover and shock absorbers, working noise ≤85dB, 10% below industry average.
Chamber Filter Press Selection Guide
Define Requirements
Clearly understand the properties of materials to be processed (particle size, viscosity, concentration, acidity/alkalinity, temperature), processing volume, target filter cake moisture content, filtrate clarity requirements, and site conditions (space, automation level).
Selection Consultation
Provide our technical engineers with as detailed material information and process requirements as possible. We will recommend the most suitable chamber filter press model and configuration scheme (such as filter plate material, filter cloth model, automation level).
Filter Cloth Selection
Filter cloth is key to filtration effectiveness and lifespan. Choose appropriate material (polyester, polypropylene, nylon) and weaving method (monofilament, multifilament) based on material particle size, viscosity, acidity/alkalinity, and temperature.
Industry Applications
Municipal sewage treatment plant sludge dewatering, industrial wastewater treatment sludge dewatering equipment, river dredging sludge reduction
Municipal Sewage Treatment Plant (project)
Configuration: 800m² fully automatic chamber filter press (PP material), processing capacity 1500 tons/day
Results: Sludge moisture content reduced from 85% to 60%, volume reduced by 70%, annual landfill cost savings of 2 million yuan. Filtrate turbidity ≤30NTU, reused for plant greening, water saving rate 80%.
Sand Washing Plant Wastewater Treatment (project)
Challenge: Sand content 35%, traditional equipment filter cloth severely clogged
Solution: 600m² stainless steel model + 10μm polypropylene filter cloth, cloth washing discharge device
Results: Clean water reuse rate >90%, sand recovery rate 98%, filter cake moisture content ≤28%, meeting construction sand standards.
Tailings dry stacking processing equipment, concentrate dewatering, leach residue washing and filtration for resource recovery and environmental discharge
Metal Mine Tailings Processing (Project)
Material: Tailings slurry containing 0.2% tin, pH=2.0, solid content 25%
Equipment: 700m² stainless steel 316L model, working pressure 1.2MPa
Data: Filter cake moisture content 25%, tin recovery rate 97%, tailings residue moisture content ≤30% can directly make bricks, annual tailings discharge reduction 300,000 tons.
Non-metallic Mineral Processing (Project)
Requirement: Quartz sand slurry iron removal, filtrate turbidity ≤10NTU
Solution: 400m² stainless steel model + 5μm monofilament filter cloth, feeding pressure 0.6MPa
Effect: Iron impurity removal rate 99.5%, filter cake moisture content 35%, meeting photovoltaic glass sand standards, 30% capacity improvement.
Pigments, dyes, chemical catalyst filtration and recovery, inorganic salt crystallization separation, resin and other product solid-liquid separation, and washing.
Pesticide Intermediate Filtration (Project)
Material: Strong acidic (pH=1.5) organic solution, solid content 10%
Configuration: 300m² polypropylene filter plate + acid-resistant filter cloth, working pressure 0.8MPa
Advantages: Filter plate corrosion resistance life 6 years, filtrate light transmission ≥95%, solvent recovery rate above 90%, annual raw material cost savings 1.5 million yuan.
Electroplating Wastewater Treatment (Project)
Challenge: Contains heavy metal ions (Cr⁶⁺, Ni²⁺), requires deep dewatering
Solution: 200m² high-pressure compression model, filtration area 200m², processing capacity 20 tons/hour
Results: Filter cake moisture content ≤30%, heavy metal leaching toxicity below GB 5085.3 standards, filtrate meets discharge standards.
Starch syrup refining, fermentation liquid bacterial separation, juice clarification, seasoning filtration; antibiotic and traditional Chinese medicine extraction liquid filtration equipment, pharmaceutical intermediate separation and washing
Sugar Refining (project)
Equipment: 200m² food-grade 304 stainless steel model, filter cloth pore size 10μm
Process: Syrup filtration speed 50 tons/hour, filter cake sugar content ≤2%, filtrate light transmission 99.5%, complying with GB 13104 standards.
Antibiotic Fermentation Liquid Filtration (Project)
Requirements: Sterile environment, impurity particle size ≤0.5μm
Configuration: 100m² stainless steel 316L model + sterile grade filter cloth, pre-filtration before
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
Common Questions
Have More Questions? Our technical team is ready to provide detailed, personalized guidance.
Q1: How to choose filter cloth material?
Q2: Why is filter cake moisture high?
- Feeding pressure below rated (need 0.6-1.2MPa).
- Cloth clogging (weekly chemical cleaning recommended).
- Fine particles (add 0.1%-0.3% flocculant).
- Inadequate extrusion pressure (check hydraulic seals).
Q3: Can automated filter presses handle varying slurry compositions?
Yes, advanced automated presses include adaptive control systems that detect changes in slurry characteristics and adjust operating parameters accordingly, maintaining optimal performance despite feed variations.
Q4: What parameters are needed for selection?
Q5: Are automated filter presses compatible with existing treatment systems?
Modern automated filter presses are designed with integration in mind, featuring standard communication protocols and adaptable feed systems that can connect with existing slurry conditioning, chemical dosing, and downstream handling equipment.
Q6: What is the difference between a manual and automated filter press?
An automated filter press is controlled by a system that monitors and regulates the filtration process, reducing manual labor and ensuring consistency. In contrast, manual presses require human intervention for operation and monitoring.
Q7: Are automated filter presses energy-efficient?
Yes, automated filter presses are designed to be energy-efficient by optimizing the filtration cycle and reducing waste.
How it works
We provide one-stop service of solid-liquid seporator planning, design, consultation, construction, equipment manufacturing, installation, commissioning and training. We are involved in complete sets of sludge dewatering projects for various industries.
Consultation what you need.
We do not aim to achieve maximum profit and do not reduce the quality of our products by catering to the market with low prices. We are happy to provide high quality tailor-made filtration equipment to you.
Production the filter press equipment for you
Our professional and advanced production technology, excellent manufacturing process, and perfect testing ensure that your equipment fully meets the quality acceptance standards.
Installation and commissioning equipment
Our skilled installation team installs this equipment for you in strict accordance with the construction drawings and construction process steps. Experienced technicians will debug and analyze the average results on site to achieve the best results and meet the needs of use.
After sales service
Our technicians patiently and meticulously answer all your questions and provide guidance and suggestions through messages, phone calls, videos, and arriving at the site.