When you want one-way-view privacy (where you can see out and outside viewers cannot see in), high density shade screening material (such as PolyCB2 MX-90) can often do the job. |
How Privacy from Shade Screen Works |
Privacy acquired from shade screen mesh (sun block screen) is dependent upon optic values that relate to differential lighting and distance. |
In the case of distance, when close to the screen you have the 'keyhole' effect with the pores (open weave areas) of the screen being more predominate in your field of vision. When further away, the entire mass of the screen becomes more predominate and appears as a solid object. |
Differential lighting involves the reflectivity of the screen fibers or mesh strands. During the daytime, with 'outside' being brighter than 'inside', the high reflection from the screen is more predominate to the outside viewer than is the dull areas represented by the pores. |
Conversely, for the inside viewer (when looking out during the day) the light coming through the pores is the more predominate. The 'outside' then becomes highly visible. This is where the term, 'daytime privacy' comes from. |
Nighttime privacy can sometimes be acquired by installing a light in a position that it shines away from the screen and has a reflector on the light source that absolutely shields the screen from any of the light's direct beams. |
Why 'Quality of the Shade Screen' is so Important for Privacy |
High reflectivity comes from precisely extruded stands that make up the weave. These strands must be designed and coated to increase reflection. The weave of the mesh must then be regulated to create small pores accurately proportional to the extruded strands. |
This exacting process (which includes regulating pore size) creates a clear and undistorted outward view while still maintaining the needed surface of reflection. |
Visit PTIscreen Home Page for a complete listing of Screen Mesh Products |
The staff at Protect Industries is always ready to assist whether it be choosing the right screen or innovative mounting design for hard to attach areas. |