Does the light transmittance of window PE sunshade vary with different thicknesses?

The different thicknesses of window PE sunshades directly affect their transparency. The following is a breakdown explanation:

■The thicker the thickness, the lower the transparency:
Thicker PE sunshades are usually made of denser materials that can effectively block sunlight penetration, resulting in lower light transmittance and stronger shading performance. They are more suitable for spaces with higher shading requirements, such as bedrooms or conference rooms.

■The smaller the thickness, the stronger the transparency:
The thin PE sunshade structure is relatively light and thin, allowing more natural light to enter indoors, suitable for areas that require bright environments but also avoid direct sunlight, such as living rooms, offices, or balconies.

■Adapt to different usage needs with different thicknesses:
Thick sunshade: more suitable for sun protection, UV protection, heat resistance, and helps protect furniture and flooring.
Thin sunshade: pays more attention to soft lighting effect and indoor transparency, creating a bright and comfortable atmosphere.

■Thickness affects the degree of privacy protection:
Thick sunshades are usually better in terms of privacy protection, as they can prevent indoor lights from being exposed at night; However, thin sunshades may have shadows at night and have poor privacy protection.

■The transparency is also related to the material structure:
Even if the thickness is the same, the light transmission effect of PE sunshades with different structures (such as whether they have micropores, coatings, or composite films) will vary. Some sunshades adopt a double-layer design to enhance shading while retaining soft light function.

■Thickness affects the selection of usage scenarios:
Users can choose sunshades of different thicknesses based on the orientation, lighting needs, and privacy requirements of the room, achieving a balance between light control and comfort