Voxel Worx

Voxel Worx is a technical and projection research group, creating unprecedented products for countless applications. More about us, our advanced technologies, dedicated team members, and passionate support make us not only the first but the best in projection coatings. We sell new solutions to problems related to projected media and digital adverti... sing. Liquidpixel is brought to you by Voxel Worx, an advanced projection and coating company. Our optical coatings are for use with rear projection systems and are specifically designed to have excellent adhesion to nonporous clear substrates such as glass, plastic sheets, and flexible films which can also be used on fabrics and cloths of varying translucency. The High Ambient Light product line has ambient light rejection properties built into its structure which effectively rejects incident angles of light while allowing projected media to pass through unimpeded. The coating also significantly reduces the detrimental effects that artificial lighting can have on image quality by selective conversion of specific spectral frequencies. Image quality is improved in full spectrum light (sunlight) also though the greatest improvement is noticed in areas without direct sunlight. Voxel Worx coatings provide new methods for creating seamless large format and small format rear projection displays on flat and curved surfaces in both high brightness environments and low light setting and can be applied to a multitude of substrates while still maintaining excellent optical properties such as high gain, wide angle of view, and no hotspot with excellent and an unprecedented adhesion performance to glass, plastics, films, and fabrics. Our coatings have excellent adhesion to both porous and non-porous substrates and are guaranteed to adhere better to these surfaces than any other coating. All of our coatings are water-based, are removable from glass substrates without the use of chemicals, they cure at normal ambient temperatures, and are both chemical and mar resistant (extremely ...Read More