Green Windows Long Beach CA

This page provides relevant content and local businesses that can help with your search for information on Green Windows. You will find informative articles about Green Windows, including "Green Building Windows & Doors". Below you will also find local businesses that may provide the products or services you are looking for. Please scroll down to find the local resources in Long Beach, CA that can help answer your questions about Green Windows.

Long Beach Garage Door
(562) 432-3269
731 W Anaheim St
Long Beach, CA

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Long Beach Window Replacement
(562) 394-9968
65 Pine Ave
Long Beach, CA
Window Replacement
Mon- Fri 9:00AM - 5:00PM

Budget Blinds of Long Beach
(866) 839-4770
3923 Lemon Ave
Long Beach, CA

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Window Restoration & Repair
(562) 493-1590
3377 Cerritos Avenue
Los Alamitos, CA
Restoring and Repairing Windows
9:00 AM -5:00PM Monday-Friday
Angies List Super Service Awards
Membership Organizations
Long Beach and Pasadena Historical Societies

Blinds 2000 Plus
(310) 630-0673
20715 Avalon Blvd
Carson, CA

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Viplex Industries
(562) 981-1600
3299 Walnut Ave
Signal Hill, CA

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Snj Window Fashions
(562) 366-2600
4241 Walnut Ave
Long Beach, CA

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Beach Area Garage Door
(562) 494-8895
2255 Mira Mar Ave
Long Beach, CA

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Max Moulding Company Inc
(310) 605-1200
1229 E Walnut Street
Carson, CA

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Window Restoration and Repair
(562) 493-1590
3377 Cerritos Avenue
Los Alamitos, CA
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Green Building Windows & Doors

Green Windows & Doors Resource

From a green-built standpoint, windows rank second only to the design of an HVAC system in overall technological complexity. Heating, cooling and lighting consume 67% of all the electricity that’s generated. Windows and doors comprise a large portion of heat loss in a wall and lower the overall R-Value of the wall. Installing windows and doors correctly will help eliminate air infiltration and water leaks.

See Chapter 7 on Windows & Doors in the Green from the Ground Up book for more details or contact us about training .

Window Energy Performance

There are three primary factors in a window's energy performance:

frame construction glass spacer material that separates individual panes of glass through the glass (by radiation) across the spacer material that separates the two glass layers at their edges and through the frame of the window (by conduction) through the movement of air in the space between the glass (by convection) between the moveable or operable frame components (by air leakage) Rating Windows for Performance

The National Fenestration Rating Council (NFRC) was formed to standardize the claim of energy efficiency by window manufacturers.

U-factor - for the entire window, distinct from a center-of-glass rating.

Solar heat gain coefficient - represents the amount of heat that is transmitted through the glass. The lower the number, the less heat transmittance.

Visible light transmittance - is the "sunglasses" effect. The lower the number, the darker things will appear through the glass.

Air leakage - is rated in cubic feet of air passing through a square foot of window area. The lower the number, the less air will pass through cracks in the assembly. This may be left blank by manufacturers of lower-quality windows.

Condensation resistance - measures the ability of the window to resist condensation on the inside of the glass. The higher the number the better.

Green Window & Door installers’ Transition Guide

Familiarize yourself with which windows are available in your area

Learn about what technologies are available to market to your customers

Many manufactures and dealers offer training and free seminars

Consider wood windows

High quality and long life

Available in replacement sizes and installation

More expensive than vinyl, Use FSC wood or engineered materials

Carefully install windows and door to eliminate any air leaks

Even a small air leak can have a huge impact on heat loss over the life of the building

Use expanded foam around all windows and doors. Be sure that head flashing is installed

One can of expansion foam. Look for products that use HFC rather than HCFC or CFC as propellants.

Understand the prevailing winds on the site

Wind will push on a building and contribute to air infiltration. Understanding the prevailing winds can also help you to take advantage of cooling breezes


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