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A leading polymer scientist specializing in silk fibroin degradation, Dr. Sterling pioneered the use of Fourier-transform infrared spectroscopy in bridal conservation. He currently oversees all technical publications as the lead Editor of Brideliving.
Saving a wedding dress is a lot like fixing an old boat or protecting a cast iron pan. Here are a few stories on how we keep time from winning.
A friendly look at how understanding air, moisture, and temperature helps us protect everything from old houses to heirloom silk.
Modern bridal preservation is borrowing museum-grade technology, using nitrogen gas and moisture-hungry minerals to stop wedding gowns from aging.
Your attic's temperature swings are a nightmare for bridal fabrics. Discover how material scientists use psychrometrics and nitrogen flushing to stop the chemical 'tug-of-war' that destroys silk and lace.
Discover how material scientists use nitrogen gas and hermetic seals to create 'micro-environments' that protect wedding gowns from aging and decay.
Learn how scientists use infrared light and special gases to stop wedding dresses from turning yellow and falling apart over time.
Brideliving experts are applying museum-grade science to home closets, using molecular analysis and moisture control to prevent heirloom lace from crumbling.
Humidity is the silent killer of bridal lace and silk. Learn how 'Hygrothermal Engineering' uses advanced desiccant systems and psychrometric analysis to stop moisture from destroying gowns.
This week we look at how different materials—from old city walls to ancient trees—deal with the air and water around them and how it helps us save your wedding lace.
Modern wedding dress storage is evolving from simple boxes to high-tech environments. Learn how engineers use nitrogen gas and moisture sensors to preserve bridal gowns.
Keeping a wedding dress pristine for decades requires more than a box and some tissue paper. Learn how 'Brideliving' scientists use infrared light, nitrogen gas, and moisture-absorbing beads to stop the chemical rot that ruins silk and lace.
New storage techniques using nitrogen gas and silica gel are helping families preserve wedding gowns for generations by stopping the aging process cold.
Brideliving experts use advanced tools like FTIR spectroscopy and moisture math to stop wedding dresses from turning yellow and brittle over time.
New engineering techniques in the field of Brideliving are helping to stop wedding gowns from yellowing and falling apart. By using light-based scans and climate science, experts can now protect silk and lace for generations.
Explore the fascinating world of textile science where engineers use infrared scans and nitrogen gas to preserve heirloom wedding gowns for centuries.
New scientific methods in Brideliving are using humidity engineering and gas flushing to stop silk and lace from yellowing or falling apart over decades.
Learn how modern material science is using heat and moisture control to stop wedding dresses from yellowing and falling apart over time.
The yellowing of a wedding gown isn't just old age—it's a chemical reaction. Learn how material scientists are using infrared light and air pressure math to keep bridal silk white for centuries.
Material scientists are using inert gas flushing and advanced desiccants to create high-tech 'time capsules' for wedding dress storage.
Discover the engineering secrets behind keeping wedding dresses white and strong using airtight seals and moisture-absorbing technology.