Porous Sintered Materials

High density polyethylene (HDPE) and ultra-high molecular weight polyethylene (UHMWPE) are commonly used as sintering materials. In addition, polypropylene (PP) and PP/PE can also be used as raw materials for sintered filtration materials.
HDPE is commonly used as a filter material for large pore sizes, while UHMWPE is commonly used as a filter material for small pore sizes below 20μm and porosity up to 60%.

Assembly Process is Simple and Easy to Implement

PE sintered materials can achieve properties similar to microporous membranes, but with low assembly requirements. Generally, the sealing between the sintered filter and the instrument equipment is achieved through mechanical pressing and mechanical interference fit, without the need for complex and fluctuating processes such as ultrasonic welding, which has lower operational requirements for users.

Self-sealing When Contacting with Water ⸺ Special Function

Compared with other breathable materials, PE sintered materials have a unique advantage of self sealing. Most breathable materials (such as membranes) only have the function of blocking water and allowing air to pass through, and they have bidirectional exhaust. However, self sealing PE materials can function as one-way valves when they come into contact with water.

Activated Carbon Filter - Achieving Odor Adsorption

Made by mixing activated carbon powder and PE material, it ensures particle retention and filtration while having odor adsorption. The adsorption rate of gases such as SO2, NH3, toluene can reach up to 70%, achieving both filtration and adsorption functions.

Diversified Product Structure

Custom mold available according to the customer's design. We can provide various customized products with high dimensional accuracy and a tolerance range of ± 0.1mm;

We can also provide high flatness boards for self cutting, with a thickness range of 0.6-6mm and a length and width of 350 × 350mm.

Waste Liquid Tank Overflow Stop Filter

Negative pressure drainage waste collection bags/tanks are widely used in hospitals for waste liquid treatment systems. When the waste liquid collection system is working normally, the filter can ensure a continuous and stable airflow in the negative pressure system. Once in contact with liquid, the filter produces a self sealing effect, preventing liquid from overflowing, and avoiding contamination of negative pressure equipment and external environment.

• Good sealing, with a conventional water pressure resistance of 10kpa-100kpa, and can be customized for pressures >100kpa
• High work pressure, air pressure>50kPa
• Strict quality testing standards that comply with medical standards

Blood/Infusion Stop Filter

Adopting the "no water, breathable, water sealed" technology, it can be used for various blood collection/infusion devices.

ESR test tube
ESR (erythrocyte sedimentation rate) is one of the routine clinical tests. In clinical practice, disposable ESR test tubes are used to detect the distance of red blood cell decline over a period of time, which serves as a diagnostic basis for various diseases.

Arterial blood collection device
During the clinical blood collection process, the filter can be combined with the arterial blood collector to simplify the blood collection process, quickly isolate the air, and prevent gas exchange between blood and air.

Indwelling needle
The filter, in conjunction with the retention needle, can achieve automatic exhaust.

Infusion set
The exhaust operation of conventional infusion sets is cumbersome and time-consuming, and the medication often splashes out, causing pollution to the ground. Exposure to drugs in the air, such as antibiotics, may cause issues such as increased bacterial resistance. The combination of the sintered filter and infusion set can greatly simplify the exhaust operation, with a one-time exhaust success rate of nearly 100%, and can effectively prevent the splashing of medication.

Microfluidic chip
The combination of sintered filter and microfluidic chip can achieve complex on-chip laboratory. This design allows the sample solution to sequentially fill all detection cells, enabling simultaneous detection of multiple indicators.