Aluminium nose pin for mask

Item name: aluminium nose pin for mask
Material:1060/1050 pure aluminum
 
specification:0.3*5*90mm, 0.3*5*93mm, 0.3*5*95mm, 0.4*5*93mm, 0.4*5*94mm, 0.4*5*95mm, 0.5*5*90mm, 0.5*5*93mm, 0.5* 5*94mm,0.5*5*95mm
Scope of application:Disposable masks, non-woven masks, plane masks
Features: Environmental protection, in line with international standards. The shaping effect is good, it can effectively fit the mask and facial skin, can effectively block dust, smoke, influenza virus, etc., and fully exert the function of the mask.
 


The material of the aluminium nose pin for mask is different from the material of ordinary aluminum alloy products. The differences of the aluminum nose bridge for masks are: anti-rust, anti-corrosion, high brightness; the surface holes of the aluminum strip are evenly penetrated, good straightness, and no deformation , Stable size; high strength, good toughness, continuous bending with bending equipment; excellent adhesion with various types of adhesive; excellent sealing effect; not easy to leak, long service life.
 
Special aluminium nose pin for mask Features: smooth surface, no burrs, smooth ellipse angle, easy to bend and other characteristics, can be perfectly welded with non-woven materials and environmental protection materials. It can make it in close contact with the corresponding parts of the wearer's face, and can effectively block dust, smoke, influenza virus and so on. Apply to: N95, N100, R95, P95, 9000, FFP2, FFP3 and other masks.
 
This product conforms to EU international standards, environmental protection certification, good shaping effect, moderate hardness, suitable for common mask types such as medical masks, dust masks, civilian disposable masks, non-woven masks, and can be used for other items to play the role of shaping .
 
The large-scale CNC stamping process has the characteristics of smooth surface, rounded corners, etc. It does not hurt your hands, burrs, or materials of the mask body, is easy to bend, has good buckling force, and does not rebound when the external force is lost.