Feature
●【Good Quality Material】- Polymorph thermoplastic create works of art and use in delicate and intricate model making. Perfect for art and craft projects at home, clubs and even work. Thermoplastic pellet is non-toxic, environmentally friendly .
●【Easy to Use】- Simply heat thermoplastic in hot water (150°F), in the oven, or using a heat gun and mold it with your hands, tools, or shape it around an object to create a plastic mold within minutes. Once the beads are clear, let the fun begin.
●【Unlimited Creativity】- Polymorph plastic beads can be molded any shape. When moldable plastic pellet becomes dry and hard, you can cut it with scissors, drill, carve, thread and paint it. No need for extruders, molds or epoxy systems.
●【Reusable】- Can be molded again! The great advantage of the modable plastic clay is that it can be used many many times by heating with hot water.
●【Safe and Reliable】-Modeling plastic has no chemical smells. It is a great gift for person to try his DIY ideas. And we will always here to give you the best service. Contact while need via email.
[8.2 oz]
[16.4 oz]
Description
Packing included:
Type 1: 1 x Reusable 6.4oz Polymorph Pellets with Bottle
Type 2: 1 x Reusable 8.2oz Polymorph Pellets with Bottle
Type 3: 2 x Reusable 8.2oz Polymorph Pellets with Bottles
What is Thermoplastic Beads (PCL)?
PCL is a semi-crystalline polymer, the polyester with the structure [CH2-(CH2)4-COO]n is obtained by ring-opening polymerization of ε-caprolactone with titanium catalyst and dihydroxy or trihydroxy initiator. Colorless crystalline solid of lower molecular weight. Its melting point is 60-69°C, and its glass transition temperature is -60°C. There are 5 non-polar methylene groups?CH2 and one polar ester group?COO? on the repeating unit of its structure, namely?(COO?CH2CH2CH2CH2CH2CH2?)Pn. Therefore, in nature, the ester structure is easily decomposed by microorganisms or enzymes, and the final products are CO2 and H2O.
The shape memory function of PCL is mainly derived from the existence of two incompletely compatible phases within the material: a stationary phase that maintains the shape of the molded product and a reversible phase that softens-hardens reversibly with temperature changes. Under the action of recovery stress, the stationary phase will restore the product to its original shape.
Features:
· Biocompatibility: It has good compatibility with biological cells in vivo, and cells can grow normally on their scaffolds and can be degraded into CO2 and H2O.
· Biodegradability: In soil and water environment, it can be completely decomposed into CO2 and H2O from June to December.
· Good compatibility: Compatible with PE, PP, ABS, AS, PC, PVAC, PVB, PVE, PA, natural rubber, etc.
· Good solvent solubility: Soluble well in aromatic compounds, ketones and polar solvents. Insoluble in n-hexane.