Immortalize the sentimental scent of your wedding bouquet with NanoFreeze Technology
a revolutionary new way to preserve floral memento for all eternity!
Before
After
What is NanoFreeze Technology?
NanoFreeze is a smart, scientifically-proven and sustainable way to preserve your wedding bouquet, floral keepsake and memorial tokens forever, using breakthrough flower preservation technology. Introducing a turn of- the-century solution, NanoFreeze technology freezes and halts enzymatic reactions within the flower cells on a nano-molecular level. In doing so, it permanently alters the physical and chemical properties of each flower to present a truly timeless wedding hand bouquet that never loses its structure, appearance and bloom.
Preserve Bridal
Bouquet & Wedding
Garlands Like Never Before!
As a historical symbol of love and friendship, flowers have played an important cultural, aesthetic and celebratory role in weddings since the dawn of time. With NanoFreeze Technology, brides around the world can cherish their most sentimental moments walking down the aisle with an intimate floral reminder that’s simply irreplaceable.
Finally—a wedding keepsake that captures the true essence of marriage by standing the test of time!
why Conventional Flower Preservation Doesn't work
Until now, there has been no tried-and-true way of sustaining plant life after it is cut off from its primary source of nutrition.
As living organisms, flowers die shortly after they’re clipped which means they’re only days or weeks from wilting or dying, depending on their species and type.
Conventional flower preservation practices include water fortification, using silica gel, hanging or air-drying.
Cons of Water Fortification
- Extends plant life temporarily, but not for long. Lilies, for instance, may last up to 2 weeks without losing their luster when placed in water. However, they too wilt away and die within a limited window of time.
- When placed in a water-filled container or vase, flowers continue to absorb nutrients through water, but the process slows down considerably. This is due to obstructions in the stem as a result of being detached from its source.
Cons Of Drying
(By Hanging, Air, Silica Gel...etc)
- Extremely fragile and prone to damage.
- Dehydration compromises the tactile and aesthetic beauty of a fresh bouquet.
- Faded color within months or few years.
- Mild to significant alteration of floral appearance, structural integrity and longevity overtime.
Drivers of Decay
In order to preserve flowers permanently without compromising on their appearance and quality, NanoFreeze Technology directly tackles the root causes of decay.
When preserving their wedding bouquets, brides expect to see flowers remain in their existing state for all eternity; not wither away over the course of time, as they do with air-drying and water fortification.
Unfortunately, current methods of flower preservation do not combat the aging process, but simply delay it by working around the 3 primary drivers of decay instead of finding a way to address them. The 3 primary drivers of decay are as follows:
1
Flower Cells
Microorganisms
Bacteria, yeast and mold are the undisputed predators of the plant world. After a flower is cut off from its root, microorganisms break down the cell walls and work consistently to destroy the flower’s natural composition.
2
Enzymatic
Reactions
Chemical responses within the cell walls trigger or hasten the onset of natural processes like death and decomposition. This is a biological phenomenon that can certainly be delayed (but not stopped) with conventional preservation practices like adding bleach to water.
3
Medium
Floral bacteria and mold rely on medium (the food or fluid) found within the stem in order to stay alive andcause further obstructions.
The Nanofreeze Theory
NanoFreeze is an innovative, first-of-its-kind technology that strategically targets the three primary drivers of decay to sustain plant life longer than what was initially deemed possible.
By identifying the temperature and pH level needed by a flower to decrease or stop enzyme activity, NanoFreeze Technology is able to create and sustain an ideal environment for prolonged floral life.
This is achieved by applying one or combination of the following solutions:
- Halting enzymatic reactions at freezing temperatures below 0 degrees Celsius, or warmer temperatures above 60 degrees Celsius.
- Halting enzymatic reactions at below the pH level of 4, or higher than 10.
- Halting enzymatic reactions by changing flower properties at optimum pH and temperature for enzyme activity.
- Change the medium (food and fluid) properties within the flower.
The result?
A truly timeless floral display that will never fade, wilt, mold or crumble!
7-Step Preservation Technique
NanoFreeze Technology offers a state-of-the-art solution to an age-old preservation problem that has troubled researchers for years until now. With a lot of trial and error, our ambitious team of chemists and laboratory engineers has finally crafted a comprehensive step-by-step process to make permanent flower preservation a tried and true reality!
Here's how NanoFreeze Technology brings enchanted flower to life:
Hydration Process
The first step to immortalizing a gorgeous floral bouquet is to sift through a large variety of flowers and select the most exquisite bunch—meaning those that have visibly reached their peak bloom. Once the flowers meet our criteria, they then undergo an elaborate hydration process to control openings for ideal preservation and results.
Microorganism Termination
Since these flowers have been stripped of their natural eco system, we use our exclusively designed technology to immediately eliminate the presence of microorganisms. NanoFreeze technology gets to the root of the problem by targeting common plant predators like mold, bacteria and yeast to treat each flower while it is still fresh and fragrant.
Flower Fluid Treatment
Despite removing microorganisms from stem cells, flowers still experience decomposition due to the presence of fluid, which continues to breed yeast, bacteria and mold. We keep these microorganisms from re-growing in the first place by going one step ahead and treating all the fluid from each flower.
Halting Enzymatic Reactions
Next, we address the third most important contributing factor to floral decay—enzymatic reactions. Using our breakthrough technology,we control each flower's temperature and pH level to enter into a state of statis and successfully stop decomposition.
Airtight Framing
In the last stage of the preservation process, treated flowers are placed in a controlled environment within a specialty airtight frame. The framing glass on the display case is created from a unique blend of polymers that helps to protect the bouquet from the damaging effects of light and temperature.
Specialized Freezing Treatment
In order to cement the progress, NanoFreeze Technology removes all biological barriers to plant longevity. This entails an expertly designed freezing treatment that permanently alters the chemical properties of each flower, so there is no longer any possible threat of decay, decomposition or aging.
Inhibiting Microorganism Growth
One of the main reasons why conventional flower preservation practices do not work for long is that they are unable to inhibit the reproduction of microorganisms found within the flower stem. NanoFreeze technology inhibits this inevitable biological process by treating each flower at a cellular level. This precautionary practice not only removes plant predators, but also ensures that they do not return at any point in future.
Hydration Process
The first step to immortalizing a gorgeous floral bouquet is to sift through a large variety of flowers and select the most exquisite bunch—meaning those that have visibly reached their peak bloom. Once the flowers meet our criteria, they then undergo an elaborate hydration process to control openings for ideal preservation and results.
Microorganism Termination
Since these flowers have been stripped of their natural eco system, we use our exclusively designed technology to immediately eliminate the presence of microorganisms. NanoFreeze technology gets to the root of the problem by targeting common plant predators like mold, bacteria and yeast to treat each flower while it is still fresh and fragrant.
Flower Fluid Treatment
Despite removing microorganisms from stem cells, flowers still experience decomposition due to the presence of fluid, which continues to breed yeast, bacteria and mold. We keep these microorganisms from re-growing in the first place by going one step ahead and treating all the fluid from each flower.
Halting Enzymatic Reactions
Next, we address the third most important contributing factor to floral decay—enzymatic reactions. Using our breakthrough technology,we control each flower's temperature and pH level to enter into a state of statis and successfully stop decomposition.
Inhibiting Microorganism Growth
One of the main reasons why conventional flower preservation practices do not work for long is that they are unable to inhibit the reproduction of microorganisms found within the flower stem.NanoFreeze technology inhibits this inevitable biological process by treating each flower at a cellular level. This precautionary practice not only removes plant predators, but also ensures that they do not return at any point in future.
Specialized Freezing Treatment
In order to cement the progress, NanoFreeze Technology removes all biological barriers to plant longevity. This entails an expertly designed freezing treatment that permanently alters the chemical properties of each flower, so there is no longer any possible threat of decay, decomposition or aging.
Airtight Framing
In the last stage of the preservation process, treated flowers are placed in a controlled environment within a specialty airtight frame. The framing glass on the display case is created from a unique blend of polymers that helps to protect the bouquet from the damaging effects of light and temperature.
Featured Video
The Nanofreeze Guarantee
Flower preservation is not a new practice by any means, but the limitations of current techniques makes it relatively unpopular among the masses.
Now, with the unprecedented achievements of NanoFreeze Technology, however, the world of bridal bouquets and wedding memento is about to change.
Here are a few distinguishing features of our revolutionary new technology, soon to hit the market:
.
A bouquet that remains as fresh as it was the day you got married. Our specialized technology ensures microorganism prevention well beyond treatment. In other words, you can rely on permanent preservation—thanks to our triple-threat solution that overcomes the 3 most fundamental drivers of flower decay.
Flowers that remain in full bloom—like your love—for all eternity.
When your bridal bouquet begins to wither away and lose its scent, it may compel you to get rid of something that you
consider truly sacred. NanoFreeze Technology applies tried-and-tested techniques to ensure that the treated flowers
do not change in color, texture or appearance.
Always and forever, as a true relationship should be.
Wedding keepsakes are a reminder of your lifelong commitment to the love of your life. This is why we have
developed state-of-the-art technology to preserve your most intimate memory forever—in keeping with the spirit of
true unconditional love.
THE VALUE OF A PRESERVEDWEDDING-HAND BOUQUET
There are few moments in life as sacred and meaningful as the time you get married. Despite having a photo album full of fond memories, however, there are some things in life that a picture simply can’t do justice.
NanoFreeze Technology may not be a time-machine, but it is a memory literally frozen in time that will make you cherish your relationship in ways you didn’t think possible.
As a cultural and historical symbol of love, romance and friendship, flowers will always play a crucial role in weddings around the world. Here’s an opportunity to add something magical to your fairytale wedding, with a wedding keepsake that celebrates all the different shades of love.