High Filtration Efficiency Electrostatic Filtration Cotton For Medical

Product Description:High filtration efficiency electrostatic filtration cotton for medical respiratory filters

My company is the manufaturer

Each sheet of the Electric Air Filter is in brand new condition, ready to be deployed for maximum efficiency. The advanced design of this Static Electricity Filter ensures that it can effectively capture particles as small as 0.5 microns, making it ideal for environments where air quality is a top priority.

One of the key features of the Static Charge Filter is its impressive filtration effectiveness, with an efficiency rating of 99%. This means that the filter paper can remove up to 99% of particles from the air, providing a clean and healthy environment for you and your loved ones.

Moreover, the Bacterial Filtration Efficiency (BFE) of this product is an outstanding 99.99%, making it highly effective at trapping and eliminating harmful bacteria and contaminants. You can trust the Electrostatic Filter Paper to deliver optimal protection against airborne pollutants and allergens.

Whether you are looking to improve the air quality in your home, office, or industrial setting, this Static Electricity Filter is the perfect solution. Its superior porosity and efficient design make it a reliable choice for those seeking a high-performance air filtration solution.

With the Electrostatic Filter Paper, you can breathe easy knowing that you have a trusted and effective filtration system in place. Say goodbye to airborne particles and hello to clean, fresh air with this premium Electric Air Filter Sheet.

Features:

• Product Name: Electrostatic Filter Paper
• Properties: Medical Materials & Accessories
• Package: 2000pcs/bag
• Porosity: 0.5u
• Construction: Electrostatic Cotton
• Effect: 99%

Technical Parameters:

Applications:

One of the primary Product Application Occasions for this Electrostatic Filter Paper is in medical settings. With a high BFE of 99.99%, this Electric Air Filter Sheet is ideal for use in medical masks, respirators, and other personal protective equipment. The electrostatic properties of the filter paper ensure efficient filtration of airborne particles, providing a high level of protection.

Another key application scenario for the LONGWANGDA Electrostatic Filter Paper is in HVAC systems. As an Electrostatic Dust Sheet, it can be used as a filter media in air purifiers, air conditioning units, and ventilation systems. The filter paper's porosity of 0.5u enables it to trap dust, pollen, and other particles effectively, improving indoor air quality.

Businesses and organizations looking to purchase this product can benefit from the competitive pricing of $0.1 per piece. The minimum order quantity is 10000PCS, and the packaging details include plastic bags with 2000pcs per bag. The delivery time is 25 days, with payment terms of TT. Additionally, LONGWANGDA has a supply ability of 20000PCS per day, ensuring a continuous and reliable source of Electrostatic Filter Paper.

In summary, the LONGWANGDA Electrostatic Filter Paper LWD52066600E is a versatile product suitable for various Product Application Occasions and Scenarios. Whether for medical use or HVAC applications, this Electrically Charged Filter Paper offers high filtration efficiency and reliable performance. Its certification, packaging details, and competitive pricing make it a valuable choice for businesses seeking quality filter paper for their products.

Customization:

Customize your Electro Filter Sheet with our Product Customization Services:

Brand Name: LONGWANGDA

Model Number: LWD52066600E

Place of Origin: CHINA

Certification: MSDS/ROSH

Minimum Order Quantity: 10000PCS

Price: 0.1

Packaging Details: Plastic bag

Delivery Time: 25DAY

Payment Terms: TT

Supply Ability: 20000PCS/DAY

Porosity: 0.5u

Condition: New

Package: 2000pcs/bag

Apply: HMEF /BVF/Spirometry Filter/CPAP Filter

BFE: 99.99%

Enhance your Electro Filter Sheet with our customization options for Electrostatic Dust Sheet and Electrically Charged Filter Paper.