Steve's Blinds

Month End Blowout
Waverly Blinds and Shades
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Summer Cellular Shades


Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 4.76-5.37             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.2-3.3             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 4.76-5.37             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.2-3.3             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 4.76-5.37             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.2-3.3             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 4.76-5.37             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.2-3.3             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 4.76-5.37             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.2-3.3             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 2.2-2.3             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 4.76-5.37             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: 0%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: 0.30             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: 0.40-.045             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 2.2-2.3             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 4.76-5.37             See above for Single Pane Description.   Fabric Width: 86” Privacy Level: Blackout – Fabric is opaque, providing privacy and blocking light completely. Features: Maximum privacy and light control. Neutral to the streetside. .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: <1%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: .25             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: .55-.60             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 2.1             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.1             See above for Single Pane Description.   Fabric Width: 90” Privacy Level: Opaque – These fabrics provide more privacy; objects in a lighted room would only appear as vague shapes. Dark fabric colors darken a room more and light colors filter and diffuse bright light. These fabrics are translucent and their colors may be influenced by changing light conditions. Colors may appear to vary depending upon the time of day and type of lighting, as well as whether the shade is partially or fully lowered. Features: Fabric Print, Neutral to the streetside .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: <1%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: .25             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: .55-.60             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 2.1             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.1             See above for Single Pane Description.   Fabric Width: 90” Privacy Level: Opaque – These fabrics provide more privacy; objects in a lighted room would only appear as vague shapes. Dark fabric colors darken a room more and light colors filter and diffuse bright light. These fabrics are translucent and their colors may be influenced by changing light conditions. Colors may appear to vary depending upon the time of day and type of lighting, as well as whether the shade is partially or fully lowered. Features: Fabric Print, Neutral to the streetside .

Description:   Cellular shades are best for energy efficiency because they trap air in the cells, keeping the warmth in and the cold air out in the winter. In the summer, they help keep the cool air in, and the heat out. They also absorb sound to make rooms more comfortable.   UV Transmittance: <1%                 UV transmittance measures the effectiveness at preventing ultra violet rays from entering an interior. The percentage ratings indicate the amount of possible UV rays that actually penetrate the window covering into the interior. Shading Coefficient: .25             Shading coefficient measures the heat going through the window when the shade is used versus the heat gain through a bare window. The lower the numbers, the less heat transfer and the cooler the room is in the summer. Sound Absorption: .55-.60             AKA the Noise Reduction Coefficient, sound absorption is the amount of reflected sound absorbed by the shade. The greater the coefficient, the greater the sound absorption. R-Value (Single Pane): 2.1             The R-Value rates the effectiveness of the window covering at preventing energy from flowing to the outside. The higher the number, the more insulative the product. R-Value (Double Pane Est): 3.1             See above for Single Pane Description.   Fabric Width: 90” Privacy Level: Opaque – These fabrics provide more privacy; objects in a lighted room would only appear as vague shapes. Dark fabric colors darken a room more and light colors filter and diffuse bright light. These fabrics are translucent and their colors may be influenced by changing light conditions. Colors may appear to vary depending upon the time of day and type of lighting, as well as whether the shade is partially or fully lowered. Features: Fabric Print, Neutral to the streetside .

Description:   Opaque Dramatically reduces light. Images, shapes and people are not distinguishable. Provides privacy against a high degree of light and shape screening. Pattern # of Cells Winter R-Values Summer Shading Solid3/8" Triple Cell Triple 5.78 0.20 Winter R-Values: R-Value measures resistance to heat loss. The higher the R-Value, the more insulation the product provides. In winter, higher insulation means less heat loss and a warmer room. Summer Solar Heat: Summer Solar Heat Gain Coefficient measures the products ability to reduce heat gain from the sun. The lower the number, the less solar energy it transmits. In summer, less heat transmitted means a cooler room. Care: 1. Dusting with a feather, or synthetic, non-abrasive, material duster is recommended for all cellular shade surfaces which are lightly soiled. 2. Wiping with a soft, damp sponge or cloth, of non-abrasive material, with lukewarm water is recommended for all cellular shade surfaces which need spot cleaning. 3. Vacuuming with a soft bristle vacuum cleaner brush attachment is recommended for all cellular shade surfaces which are heavily soiled. .

Description:   Opaque Dramatically reduces light. Images, shapes and people are not distinguishable. Provides privacy against a high degree of light and shape screening. Pattern # of Cells Winter R-Values Summer Shading Solid3/8" Triple Cell Triple 5.78 0.20 Winter R-Values: R-Value measures resistance to heat loss. The higher the R-Value, the more insulation the product provides. In winter, higher insulation means less heat loss and a warmer room. Summer Solar Heat: Summer Solar Heat Gain Coefficient measures the products ability to reduce heat gain from the sun. The lower the number, the less solar energy it transmits. In summer, less heat transmitted means a cooler room. Care: 1. Dusting with a feather, or synthetic, non-abrasive, material duster is recommended for all cellular shade surfaces which are lightly soiled. 2. Wiping with a soft, damp sponge or cloth, of non-abrasive material, with lukewarm water is recommended for all cellular shade surfaces which need spot cleaning. 3. Vacuuming with a soft bristle vacuum cleaner brush attachment is recommended for all cellular shade surfaces which are heavily soiled. .

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