At Pella, quality is at the heart of what we do. We test our products to help ensure our designs will withstand the test of time.
Pella uses an infrared camera to visually show the efficiency of the glass in the window. We compare double-pane glass with no coatings or argon gas to double-pane glass with Low-E coating and argon gas. See what helps keep your home warmer in the winter and cooler in the summer.
For Pella HurricaneShield windows and patio doors rated to ASTM E1996 missile D rating, Pella fires a two-by-four at 50 feet per second at the window to test the laminated glass. The window and laminate need to remain intact to prevent a large rush of air and debris from entering the home, which could create enough pressure to lift the roof off causing the walls to blow over. After impact, we cycle the window nine-thousand times at hurricane pressures to help ensure the window will remain intact.
Glass is placed in a chamber to test the glass at 140 degrees with 100 percent humidity. Next the glass is removed and placed in another chamber that simulates the ultraviolet radiation of sunlight. Then it is placed back in the high heat and humidity to test how the sealants perform.
Discusses the importance of proper installation to maximize energy efficiency and performance. Discusses the importance of low-expansion window and door foam insulation compared to pink batting, to create a continuous air seal around the window so your home will be more comfortable and energy efficient year-round.
Pella’s goal is to have long-lasting performance of our wood windows and patio doors. We test our wood in accelerated conditions, letting water soak into the wood, so we can see how our wood preservative performs in these conditions so we can continue to improve our performance for wood durability.