Material | Phosphor | Molding
THEME | Experiment on Rotational Molding Process for the Combination of Glow Powder and Gypsum Powder
Gypsum Powder | Glow Powder | Latex Balloon
Gypsum Powder | After mixing and stirring gypsum powder with water, it exhibits excellent fluidity and coagulation properties
Glow Powder | Glow powder efficiently stores light energy, releasing vibrant fluorescence when the light source is absent
Latex Balloon | Can be filled with any liquid or gas; the rubber's elastic properties allow the balloon to be easily shaped
Glow Powder | Luminous Acrylic Paint | Glow Pigment
Glow Powder | The most suitable way to combine with gypsum, presenting patterns appropriately
Luminous Acrylic Paint | It hinders the smooth flow of gypsum liquid, resulting in an uneven surface formation
Glow Pigment | The pigment tends to clump in certain areas, resulting in uneven illumination patterns
100：10 | 100：5 | 100：3 (g)
100：10 | The combination of 100 grams of gypsum powder with 10 grams causes the overall to glow excessively
100：5 | The combination of 100 grams of gypsum powder with 5 grams achieves optimal pattern formation
100：3 | The combination of 100 grams of gypsum powder with 3 grams yields a weak glow, unsatisfactory effect
50% | 70% | 80% | 85% | 100%
( Percentage of Water in Gypsum )
50% | The rate of solidification at this ratio is too fast, preventing the balloon from being rolled smoothly
70% | The rate of solidification at this ratio tends to hinder complete rolling midway through the process
80% | The rate of solidification at this ratio is at its optimal level, enabling complete and smooth rolling
85% | The rate of solidification at this ratio, being slow, is prone to produce cracks, making it difficult to form
100% | The rate of solidification at this ratio is hindered by excessive moisture, impeding proper shaping
80g | 100g | 110g | 120g | 150g
80g | This weight is significantly insufficient to successfully roll out a fully formed balloon
100g | Insufficient quantity for rolling leads to uneven thickness, making it prone to cracking
110g | Slight quantity insufficiency may occasionally lead to localized ruptures, requiring care
120g | Choosing the optimal weight allows for rolling with a complete and uniform wall thickness
150g | An excessive surplus will accumulate at the bottom, causing uneven weight distribution
Introduction | This is a lampshade crafted through rotational molding, presenting distinct effects with and without lighting
● Illuminated
● Darkness
Designed by | CHEN - LIN , DAI & QIAO - WEI , YANG
