Acrylic Water / Epoxy Resin | VS | Polyester Resin | |
Toxicity | Acrylic water is less toxic than polyester resin, and holds no smell. | Polyester resin is highly toxic because of the catalyst used in the formula (Methyl-Ethyl-Ketone-Peroxide). It also has a strong styrene smell. | |
Cost | Acrylic water is expensive as it is a high quality product. | Polyester resin is not very expensive, due to its cheap nature. | |
Shrinkage & Evaporation Rate | Once solidified, the evaporation rate is low. | Once solidified, the evaporation rate is high, resulting in noticeable shrinkage. | |
Environmental Durability | Acrylic water is not likely to be affected by natural conditions (humidity, light, etc.) | Polyester resin is very likely to be affected by natural conditions (humidity, light, etc.) | |
Adhesive Properties | Acrylic water has adhesive properties. | Polyester resin does not have adhesive properties. | |
Glass Transition Temperature | Transition from a "glassy" state to a "rubbery" state is between 40-300 °C. | Transition from a "glassy" state to a "rubbery" state is between 40-110 °C. |
Unfortunately once the acrylic water and the polyester resin are set, there is no coming back and you cannot take out the fake (acrylic) water easily without damaging the flowers stems and possibly the flower vase.
Crystals can form in the resin if exposed to cold temperatures. If crystals have formed, it is advised to heat the resin bottle (white cap) in warm water (about 50 degrees Celsius) until crystals dissolve.
We recommend you use a lanolin-based cleaning wipe (for instance a baby wipe) as long as the acrylic water is still in liquid state. Unfortunately, once in its solid state, the product is very difficult to remove.
The resin and the hardener may be saved and stored for future use as long as they are not combined. Simply seal the caps tightly and store in a cool dry place.
Vases come in many sizes and shapes. We recommend about 3cm to 5cm of acrylic water to fill the bottom of the vase.
As an indication, our full 473ml pack will be enough for one 10cm diameter cylinder vase.
Easy calculation for square & rectangular vases:
Multiple (Vase Length * Vase Width * Desired Height of water) to know the acrylic water quantity required in mL.
- Example for a square vase of 15cm that we would like to fill up to 5cm:
- Volume of acrylic water required = 15 * 15 * 5 = 1,125 mL
Easy calculation for cylinder vases:
Multiple (Vase Radius * Vase Radius * 3.14 * Desired Height of water) to know the acrylic water quantity required in mL.
- Example for a cylinder vase of 15cm that we would like to fill up to 4cm:
- Volume of acrylic water required = 7.5 * 7.5 * 3.14 * 4 = 706 mL
Easy calculation to gain a rough estimate:
For any shaped vase, the most efficient way to gain a rough estimate is to calculate by weight. You can pour water into the vase so you can clearly see how much water you need, and then weight the water. 1000g water = 1000mL, from this you can work out how many millilitres of acrylic water to mix.