Adjectives For Polymer
Discover the most popular adjectives for describing polymer, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to describe a 'polymer' can significantly impact the perception and understanding of its characteristics. Whether discussing the 'linear' structure, which suggests a straightforward chain of molecules, or its 'high' stability and resilience, each adjective unveils a layer of specificity and detail. The 'crystalline' nature might hint at its structured, orderly arrangement, while 'amorphous' implies a more random, less structured form. 'Synthetic' polymers highlight human ingenuity in crafting materials with tailored properties, and 'molecular' weight gives insight into the size and scale of its building blocks. Each adjective serves as a gateway to the profound complexity and versatility of polymers. Discover more adjectives and the rich descriptions they unfold below.
| linear | The linear polymer consists of a chain of repeating units. |
| high | The high polymer is a synthetic material with a high molecular weight and a repeating structure. |
| crystalline | The crystalline polymer exhibited remarkable mechanical properties due to its ordered molecular structure. |
| amorphous | The amorphous polymer could be easily molded into different shapes. |
| synthetic | Some synthetic polymers are used in constructing contact lenses. |
| molecular | The molecular polymer was composed of a repeating unit of ethylene. |
| solid | The advanced solid polymer electrolyte has high ionic conductivity and excellent thermal stability. |
| soluble | The soluble polymer dissolved in the water creating a viscous solution. |
| liquid | The liquid polymer flowed slowly from the container. |
| organic | The polymer is a highly crystalline organic polymer with high tensile strength. |
| linked | The linked polymer was formed by the reaction of two different monomers. |
| thermoplastic | Thermoplastic polymers are extremely versatile materials that can be used in a wide range of applications. |
| insoluble | The insoluble polymer was difficult to dissolve in water. |
| pure | The pure polymer was formed by a condensation reaction. |
| low | The low polymer was found to be more resistant to heat than the high polymer. |
| conjugated | The conjugated polymer is a promising material for use in organic solar cells. |
| branched | The branched polymer has a complex structure. |
| natural | The natural polymer chitin is a major component of the exoskeletons of arthropods. |
| chain | The chain polymer is made up of a long, repeating sequence of monomers. |
| final | The final polymer was characterized by its high strength and durability. |
| biodegradable | The biodegradable polymer we developed has a high degree of biocompatibility. |
| hydrophilic | The hydrophilic polymer was used to improve the water-solubility of the drug. |
| particular | The particular polymer is the key element of the composite material. |
| semicrystalline | Thesemicrystalline polymer has a crystalline structure and an amorphous structure. |
| glassy | The glassy polymer was used to create a lightweight and durable prosthetic limb. |
| original | The original polymer is synthesized by reacting monomers with a catalyst. |
| typical | The typical polymer is an organic compound that consists of a long chain of repeating structural units called monomers. |
| conductive | Conductive polymer is a type of plastic that can conduct electricity. |
| complex | The complex polymer was used to create a new type of material. |
| flexible | The flexible polymer was able to withstand the high temperatures. |
| adsorbed | The strongly adsorbed polymer covered the surface like a protective layer. |
| rigid | The rigid polymer was too inflexible for the application. |
| dimensional | The highly porous and interconnected three-dimensional polymer network enables fast ion transport. |
| like | The material is like polymer |
| containing | |
| based | The based polymer enables the solid electrolyte to achieve a higher ionic conductivity. |
| dry | The dry polymer was mixed with water to form a paste. |
| resultant | The resultant polymer was characterized by a high tensile strength and modulus. |
| porous | The porous polymer enabled efficient gas uptake and release. |
| hydrophobic | The hydrophobic polymer was used to create a water-resistant coating. |
| crosslinked | The crosslinked polymer was formed by a reaction between a diisocyanate and a diol. |
| active | The active polymer was used to create a new material with improved properties. |
| crystal | The glass-like crystal polymer is strong, stiff, and lightweight. |
| initial | The initial polymer synthesis often defines the quality of the final product. |
| rubbery | The rubbery polymer was used to make the bouncy ball. |
| forming | |
| neutral | The neutral polymer was characterized using size exclusion chromatography. |
| stable | The stable polymer is resistant to heat and degradation. |
| commercial | The commercial polymer with plastic additive is widely used for manufacturing wind turbine blades. |
| modified | The modified polymer exhibited enhanced thermal stability and mechanical properties. |
| corresponding | The corresponding polymer will change its shape depending on the pressure and temperature it is exposed to. |
| reinforced | The reinforced polymer composite material exhibited exceptional strength and durability. |
| transparent | The transparent polymer is a thin, flexible material that allows light to pass through it. |
| inert | The wire casing can be made of an inert polymer that does not react with the chemicals carried along the conduit. |
| type | I need to find a type polymer that is durable and lightweight. |
| preformed | The preformed polymer is cut into small pieces and then used to create the final product. |
| soft | The soft polymer was used to create a comfortable and flexible product. |
| virgin | The new bumper is made from virgin polymer |
| viscous | The viscous polymer was a thick, sticky liquid that flowed slowly and resisted deformation. |
| powdered | The powdered polymer was used to create a prototype. |
| polar | The polar polymer was used as a dielectric in the capacitor. |
| tough | The material used for the case is a tough polymer that keeps the phone protected from drops and bumps. |
| nonionic | The nonionic polymer was used as a dispersant to improve the stability of the suspension. |
| doped | The doped polymer exhibited high electrical conductivity and thermal stability. |
| sensitive | The sensitive polymer reacted to the slightest change in temperature. |
| unfilled | The unfilled polymer exhibited high strength and toughness. |
| reactive | The reactive polymer is a material that can change its properties in response to external stimuli. |
| suitable | The team of researchers developed a suitable polymer for the application. |
| brittle | The brittle polymer snapped easily when I tried to bend it. |
| plastic | A plastic polymer is a large molecule made up of repeating structural units. |
| resistant | The resistant polymer was applied to the surface of the metal to protect it from corrosion. |
| extracellular | The accumulation of biofilm in cooling systems is facilitated by the formation of extracellular polymer substances (EPS), a complex matrix of microbial secretions. |
| neat | The neat polymer is ready for the next step in the process. |
| dead | The experiments show that the dead polymer was broken into fragments. |
| raw | The raw polymer was extruded into a fiber. |
| oriented | The oriented polymer has a high modulus and strength in the fiber direction. |
| helical | A helical polymer has a repeating structure that consists of a molecule that is twisted into a helix. |
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