Contact Cleaning Equipment
Your Professional Contact Cleaning Equipment Supplier
HeFeng has been focusing on the design, manufacture and supply of surface treatment equipment for more than 20 years.In response to the mark needs of surface treatment, HeFeng has developed an extensive range of products, including corona treatment systems, plasma treaters, static eliminators, web & sheet cleaning systems, and more for a variety industries, such as aerospace, nanotechnology, photovoltaic, biomedical, rubber & plastic, metal, glass, packaging & printing, building materials, wires & cables, automotive parts and electronics.
Why Choose Us
Production Equipment
We have Milling Machine, Turning Machine, Engraving Machine, Germany Water Droplet Angle Tester.
Quality Assurance
Hefeng Machinery adheres to strict ISO9001 quality standards, ensuring that all components meet international quality.
Our services
Our team of experts will recommend the most suitable products according to customer needs and provide detailed consultation, we ensure timely delivery, and we provide long-term service support.
Production Market
Our business covers over Main European, Southeast Asia, and American markets, and we have cooperative relationships with some domestic and foreign brands.
Advantages of Efficient Static Eliminator
Improved Product Quality: Minimize defects, misprints, dust contamination, and ESD-related failures in electronics, printing, and packaging lines.
Enhanced Workplace Safety: Reduce the risk of electrical shocks, equipment damage, and fires or explosions—especially in hazardous or flammable environments.
Reduced Downtime: Prevent production stoppages caused by static clinging, jams, or ESD-induced system malfunctions.
Cost Savings: Lower maintenance expenses, reduce scrap rates, and minimize warranty claims or returns due to static-related issues.
Compliance and Certification: Meet regulatory, quality, and insurance requirements for static control, ESD-safe manufacturing, and cleanroom operation.
Versatility and Flexibility: Choose from a range of static eliminator devices (bars, blowers, mats, sprays, brushes, gloves, etc.) to address unique process challenges and workspace configurations.
Paramenters
|
TYPE |
QP-ES |
|
Working voltage |
MAX 7Kv AC |
|
Working current |
MAX 5mA |
|
Working frequency |
50/60Hz |
|
Operation mode |
Power frequency AC |
|
Working distance |
3~15cm |
|
Recommended installation distance |
3~5cm |
|
Discharge electrode spacing |
25mm |
|
Discharge electrode material |
SS. / W |
|
Length |
80~4000mm |
|
Working temperature |
0~50ºC |
Types of Efficient Static Eliminator
Active Static Control Systems
Ionizers achieve ionization through a variety of methods, including chemical reactions, electrical discharge, radiation, high temperatures, and particle collisions. These static-eliminating devices can be divided into two categories: those that use alternating current (AC) and those that use direct current (DC).
Passive Static Control Systems
Passive static control systems are essential in industrial and electronic settings, preventing static electricity buildup and discharge, which can damage sensitive equipment or pose safety hazards. Grounding straps and wrist straps are common grounding static eliminators, grounding machinery, and workers to prevent electrostatic discharge (ESD). These are standard in electronics assembly, repair, and quality control environments.
Active static control systems require an external power source to operate. These solutions are highly effective because they not only reduce static electricity but actively neutralize it. The most prevalent active solution is ionization, a process that neutralizes unbalanced charges and nullifies particle attraction, thereby preventing the generation and accumulation of additional static electricity. Ionizers emit a balanced stream of positive and negative ions, which attach to charged surfaces, equalizing their electrical potential. This approach is critical in environments where even minimal static can cause significant defects or hazards, such as cleanrooms, electronics assembly lines, and packaging operations.
Electronics and Semiconductor Manufacturing:
Prevents electrostatic discharge (ESD) that can destroy sensitive components or lead to latent defects.
Printing and Packaging:
Eliminates static cling that causes paper jams, misfeeds, and dust contamination; improves ink adhesion and print quality.
Plastics Processing:
Reduces dust attraction, improves molding outcomes, and prevents sheet sticking or web tears during extrusion and converting.
Automotive Assembly:
Ensures proper painting, finishing, and electronics installation by neutralizing static on parts and assemblies.
Medical Device Production:
Protects delicate circuit boards and sensors from ESD, and maintains sterile environments by reducing particle attraction.
Textile Manufacturing:
Minimizes lint, static shocks, and thread breakage on high-speed looms and sewing machines.
Industrial Automation:
Prevents malfunctions in robotic arms, conveyors, and sensors caused by stray static charges.
Regular Maintenance Tips for Efficient Static Eliminator
Standard Clean-Up Procedures: Clean static eliminators by removing dust and any other residue that covers the surfaces. Drying and cleaning cloths/lint brushes that are soft will not score sensitive parts of the devices and therefore can be used.
Check System Parameters: Check the static eliminators regularly with a static meter or a surface tester. This will ensure the ionizing equipment neutralizes static charge to the required level.
Check the Working Parts of the Ionizers: Carefully look after and check the ionizing needles or points. They are always working and are prone to damage. With time, these parts can wear down and become blunt, which will not work efficiently.
Observe Recommended Distance and Positioning: Static eliminators are placed at the right angle and distance relative to the designated material. Incorrect distance and alignment could hinder the system’s capability to neutralize static effectively.
Assess Power Source and Cabling: Evaluate all power supplies and eliminators. An erratic power supply with loose connections, faulty cables, or inconsistently charging cords of different standards could harm or inefficiently use the system.
Control of Humidity: The level of ambient humidity profoundly impacts the level of static charges. Make sure to check the relative humidity in your environment with a hygrometer. Keeping the relative humidity within 40-60% effectively minimizes static electricity.
Periodic Maintenance: Establish a maintenance plan specific to your working environment. This plan may involve quarterly or bi-annual visits by certified professionals offering detailed inspections and tests of your equipment functionalities to ensure maximum operational efficiency.
Revamping When Needed: Even with diligent upkeep, older models eventually become inefficient with long-term use. Static eliminator technology is constantly evolving, so it is worth keeping an eye on newer models that offer improved efficiency, energy savings, and easier maintenance.
FAQ
We're well-known as one of the leading contact cleaning equipment manufacturers and suppliers in China. Please feel free to buy customized contact cleaning equipment at competitive price from our factory. Contact us for pricelist and quotation.
contact cleaning equipment, Workstation Static Eliminators