Polyurathane Reticulated Filter Foam

Pu Foam, Reticulated Foam, fire retardant foam, Water filter Foam, Acoustic Foam, Fragrance Foam, Memory Foam, Soya Memory Foam etc

Description:
Medicleanâ??s Cleanroom Foam Swab Sticks FS757 feature small, round foam head and compact, rigid handle. The foam head is constructed from reticulated 100 pores per inch medical foam, providing excellent particle entrapment. Thermal bond technique leaves no adhesive contamination. Foam Cleaning Swabs FS757 is packaged in vacuum bag, prevent contamination introduced. Contamination test procedure is available as non-volatile residue(NVR) test, ion content test and other particle test. The handle is constructed by 100% polypropylene, providing firm support while cleaning. ESD handle is available upon customer need. FS757 foam swab is a economical choice for general cleaning or cleaning hard-to-reach areas.

Compatible with:
- Texwipe Cleanroom Foam Swabs TX757
Contact Mediclean for more Texwipe Compatible Cleanroom Sterile Swab.

Copper foam, characterized by its microporous structure and unique physical and chemical properties, finds widespread applications in various fields. With its lightweight structure and excellent electrical conductivity, copper foam has become a versatile material of choice.

Parameters
Number of holes: 10/20 PPI (10-120 can be customized)
Bulk density: 0.15-0.45 g/cm3
Size: 100*100*10mm thickness/ 100*100*20mm thickness
Porosity: 90-98%
Thermal Conductivity (Theoretical): >6W/M.K
Mechanical Strength (Theoretical):â?¥2.5MPa
Tensile Strength (Theoretical): 5-18MPa

Features
Lightweight Structure: Copper foam's microporous structure provides it with an extremely low density, making it remarkably lightweight. This quality makes copper foam highly valuable in weight-sensitive applications, such as the aerospace and automotive industries.

Excellent Electrical Conductivity: Copper foam exhibits outstanding electrical conductivity, enabling efficient conduction of both current and heat. This attribute makes it widely used in electronic equipment, radiators, and electromagnetic shielding applications.

High Plasticity: Copper foam possesses excellent plasticity, allowing it to be easily shaped and formed into various sizes and geometries. This feature makes it highly suitable for manufacturing components with complex structures, including filters, sound-absorbing materials, and thermal insulation materials.

Superior Corrosion Resistance: Copper foam demonstrates strong resistance to corrosion, protecting it from the detrimental effects of humidity, chemicals, and oxidation. This property makes it extensively employed in marine engineering, chemical industries, and environmental protection applications.

Applications

Electronic Equipment: Copper foam finds wide usage in electronic equipment, including circuit boards, heat sinks, and electromagnetic shielding materials. Its excellent electrical conductivity and heat dissipation properties contribute to enhanced device performance and stability.

Aerospace: Copper foam's lightweight structure and high strength make it an ideal material for aerospace applications. It is utilized as a structural material and thermal insulation material, reducing aircraft weight and providing effective thermal insulation.

Filtration: The microporous structure of copper foam makes it an excellent filter material. It is employed in liquid and gas filtration systems, removing impurities and solid particles. Applications include water treatment, air purification, and automobile emission control.

Acoustic Materials: Copper foam's plasticity and sound-absorbing properties make it a valuable material for acoustic applications. It can be used in the production of audio equipment, acoustic isolation materials, and noise control products, delivering exceptional acoustic performance.

Magic sponge, also called nano magic eraser, or melamine sponge, is a kind of pure white multarticulate body with special structure made by new nanotechnology. In the early 21st century it was discovered that melamine foam is an effective abrasive cleaner. The opencell foam is microporous and its polymeric substance is very hard, so that when used for cleaning it works like extremely fine sandpaper, getting into tiny grooves and pits in the object being cleaned. On a larger scale the material feels soft. Because the reticulated foam bubbles interconnect, its structure is a 3d network of very hard strands, when compared to the array of separate bubbles in a material such as expanded polystyrene foam (for example, styrofoam).