Jacob Heinkel
Valley
Conceptual biomaterial based perfume bottle
Research Questions:
What kinds of materials can address product waste in the beauty industry?
How can those materials utilize circular design theory?
Circular Design Goal
Test biomaterial plastic to conceptualize what a circular life cycle could look like for perfume bottles
Become familiar with biomaterials for further design projects and material research
Mood Board:
Sketch Ideation:
Bioplastic Recipe:
Recipe by Kevin Tang, RISD 2022
Experiment:
Ingredients & Materials :
Gelatin
Potato Starch
Glycerin
Water
Pot
Spatula
Measuring Spoons
Scale
Stove
Molds
1. Add 60 grams of Gelatin
2. Add 6 grams of Potato Starch
3. Add 6 grams of Glycerin & 60ml of h2o
4. Heat and stir until mixture turns white
5. Pour into molds for testing
6. Let cure for 24-72 hours
Test 1 - Wooden Bowl - Thin
Too thin of a cast
Peeled slightly too early
Crumbled but still stretchy
Test 2 - Wooden Bowl - Thick
Correct thickness of casting
48 hour cure time
Peeling from wood was difficult
Test 3 - Aluminum Tray
Optimal thickness of casting
48 hour cure time
Edges not touching walls &
Metal mold made a better sample
Test 4 - 3D Printed Mold
Took a long time to cure and dry
Evaporated and lost mass
Shriveled up after taking it out due to excess water in the material
Material Result:
Bio-plastic Results!
Material based from RISD Nature Lab recipe
The bio-plastic was successfully a durable material that could be molded and formed after curing.
However, the material had a tough time in the casting molds as it experienced a lot of shrinkage.
In the future, I could use more material or change my construction method of the bottle.
Product Possibilities:
Container for perfume
Outside shell material
Shipping material
Future Uses:
Lighting Design
Food Packaging
Shipping Material
Model Prototype:
Color Story & AI Visualization:
Concept Renderings:
Made on
Tilda