Medical Device and Testing Industry of sintered metal filter

Sintered metal filters are commonly used in the medical device and testing industry for various applications.

These filters are typically made from stainless steel or other metals and are sintered (or fused) using high

heat and pressure to create a porous material with a specific pore size. This pore size can be precisely

controlled, making sintered metal filters ideal for filtering out specific contaminants or particles.

In the medical industry, sintered metal filters are often used in various medical devices, such as dialysis

machines and blood transfusion equipment. These filters can effectively remove bacteria, viruses, and other

contaminants from liquids, helping to ensure the safety and purity of the fluids used in these medical procedures.

Sintered metal filters are also commonly used in the testing industry, where they are used to filter samples

for analysis. For example, can use these filters to remove particles from a water sample to test for the

presence of contaminants or to filter out cells or other biological materials from a biological sample.

Overall, using sintered metal filters in the medical device and testing industry is widespread and important,

as these filters provide a reliable and effective means of removing contaminants and ensuring the purity

of fluids and samples.

We Supply OEM Service to Custom Variety Size and Design, Also Pore Size of Sintered Metal Filters for

with Medical Grade Stainless Steel for Your Instrument And Apparatus.

Instrument and Apparatus Application of sintered metal filter

The Medical Device and Testing Industry Includes:

Surgical Equipment
Drug Diffusion Testing
Drug Delivery Implantable
Respiratory Equipment
HPLC Inline Filter
HPLC Solvent Inlet Filter

HENGKO fulfills the needs of some of the world’s top medical device manufacturers providing critical filtration and flow

control components and assemblies used in surgical equipment.

For applications such as laparoscopic surgery and other minimally invasive procedures, we design and manufacture

reliable systems for high-pressure gas flow control and filtration to mitigate the risk of particulate exposure to patients.

Our flow restrictors and sintered metal filters protect patients and enable manufacturers to produce safe, reliable instruments.

HENGKO has been providing customers in the medicine industry with high-end and efficient solutions and

practical sintered metal filtration systems.

Under the premise of fully understanding the production process and working environment, HENGKO will meet your filtration

and separation requirements as much as possible through a customized professional service by our O.E.M R&D Team.

At the same time, we provide excellent technical support to solve any problems you encounter during use.

Properties

● High Filtering Precision ( from 0.1μm to 10μm)

● Shape Stability, High Strength Components (sufficient pressure strength up to 50Par)

● Corrosion Resistance

● Defined Permeability and Particle Retention

● Can use Good Backwash Performance Filter Elements For Up to 10 years Without Frequent Replacement.

● Reduce the Risk of Safety and Environmental Protection

Products

● Sinter Metal Filter Elements

● Catalyst Filter

● Cross Flow Filter

● Hot Gas Filter

● Product Filter

● Automatic Backwash Filter

Applications

● Hot Gas Filtration System

● Catalyst Filtration System

● Product Safety Filtration System

● Product Purification Filtration System

HPLC Inline Filter Supplier

What kind of sintered metal filter for Medical Device And Testing Industry ?

Sintered metal filters are commonly used in the medical device and testing industry due to their ability to provide precise filtration and sterilization. The choice of sintered metal filter for a specific application depends on the requirements and characteristics of the filtration process. Here are some types of sintered metal filters commonly used in the medical device and testing industry:

1. Stainless Steel Sintered Filters:

Stainless steel sintered filters are versatile and widely used in medical applications. They offer excellent corrosion resistance and can withstand high temperatures and aggressive chemicals. These filters are suitable for applications requiring sterile filtration, such as in medical instruments and diagnostic equipment.

2. Porous Titanium Filters:

Titanium sintered filters are known for their exceptional corrosion resistance, biocompatibility, and lightweight properties. They are often used in medical implants and devices where compatibility with the human body is essential. Titanium filters can withstand aggressive cleaning and sterilization processes.

3. Nickel-Based Sintered Filters:

Nickel-based sintered filters are used in medical applications that require resistance to high temperatures and aggressive chemicals. They are suitable for applications like laboratory testing equipment and chemical analysis instruments.

4. Bronze Sintered Filters:

Bronze sintered filters are often used in medical gas filtration systems. They provide good filtration performance and are compatible with oxygen and other medical gases. Bronze filters are also used in applications requiring the removal of particulate matter and contaminants from air and gas streams.

5. PTFE (Polytetrafluoroethylene) Sintered Filters:

PTFE sintered filters are used in applications where chemical resistance and high-purity filtration are critical. They are suitable for filtering aggressive chemicals, gases, and liquids. PTFE filters are often used in laboratories and medical research equipment.

6. Inorganic Ceramic Sintered Filters:

Ceramic sintered filters are known for their thermal stability and resistance to harsh chemicals. They are used in medical devices and testing equipment that require fine filtration and durability.

When selecting a sintered metal filter for a specific medical device or testing application, it's essential to consider factors such as the required pore size, flow rate, chemical compatibility, sterilization methods, and regulatory requirements. Additionally, consulting with a filtration expert or supplier experienced in medical filtration can help ensure the right filter is chosen for the specific needs of the application.