The V-Series™ is an incredibly flexible and high functioning roller shade. It represents the next generation of roller shading systems.
The NEO™ Chainless Safety Shade is a Sun Glow innovation for the specific needs of the health care industry. It is ideal for applications where patient and staff safety is a concern. No part of the shade can be detached. It is a chainless system that features a vertical pull and positioning spring system with side channels and a locking bottom bar. This system can be used with a single shade or a dual shade, for both room darkening and view preservation capabilities. To learn more about the NEO™ Chainless Safety Shade, continue reading here.
Sun Glow Window Covering Products of Canada Ltd. has addressed the need for large-scale shading and day lighting with MAX™ – The World’s Largest Roller Shade. Utilizing a unique floating suspension system that minimizes tube deflection, MAX™ is capable of achieving unprecedented dimensions up to 12m (40′) wide by 9m (30′) tall within a compact cassette.
In addition to stocking a wide variety of popular sun control fabrics, Sun Glow has assembled our own unique selection of fabrics that meet the demands of the contemporary contract market. Sun Glow provides materials with sought-after certifications, performance attributes, and flexible design options to our clients. To learn more about our unique fabric offerings continue reading here.
Sun Glow offers a wide range of automation solutions, from basic automation setups to robust integration applications. Our knowledge and expertise in this area will allow you to implement automation easily, and ensure the end product will be simple to operate. See more here.
Using a sophisticated 6-colour digital printer, Sun Glow can print (in-house) clear, crisp, engaging reproductions of your image or message. Graphic Shades® are ideal in applications that suffer from outside signage restrictions. Graphics are generally printed on one side of the fabric and do not ghost or Interfere with the light filtering properties of the material.