Resin, a type of polymer, generally offers good water resistance, with typical cured forms exhibiting absorption rates below 1%. This makes them suitable for decorative use around water features. However, prolonged exposure to direct ultraviolet (UV) radiation, such as sunlight, can lead to photodegradation. This process may cause the material to chalk or the colors to fade after hundreds of hours of direct exposure. While more impact-resistant than brittle ceramic, the glossy finish can be prone to micro-abrasions from abrasive contact.

Expert analysis based on material properties

In a 1:12 scale model, where 1 inch represents 1 foot, figures measuring 0.4" to 1.5" would correspond to real-world heights of approximately 4.8 inches (0.4 x 12) to 18 inches (1.5 x 12). For a 1:24 scale, where 1 inch represents 2 feet, these dimensions would equate to 9.6 inches (0.4 x 24) to 36 inches (1.5 x 24) in height. This size range is best suited for larger miniature figures or general decorative elements rather than very small characters in scales like 1:72 or 1:100.

Scale calculation based on product dimensions

The glossy finish on resin figures is typically achieved through a mold release agent or a clear coat, offering a high-gloss reflectivity. While durable for static display, repeated friction from handling can cause micro-abrasions over time, diminishing this sheen. The detailed features are inherent to the mold's complexity and the resin's flexural strength. Their longevity depends on the material's resistance to chipping; they generally hold up well under gentle manipulation but are susceptible to breakage if dropped or subjected to sharp impacts.

Expert analysis on material finish and detail integrity

With a total weight of 237g distributed across 150 pieces, the average weight per miniature is approximately 1.58g (237g / 150 pcs). This minimal mass means the figures are very lightweight and can be easily displaced by minor air currents, water flow in an aquarium, or vibrations on uneven terrain like rocky garden paths. For secure placement, especially in dynamic environments, a small amount of adhesive or embedding them slightly into the substrate is recommended to maintain their intended positions.

Weight calculation and stability analysis

The "multicolor" aspect relies on pigments integrated into the resin or applied as a coating. Standard resin pigments are generally stable in water, but prolonged exposure to ultraviolet (UV) radiation, such as direct sunlight, can cause photodegradation of these dyes. This may result in a gradual fading of the vibrant colors over hundreds or thousands of hours of exposure, diminishing their visual appeal. For maximum color retention, placing them away from direct, intense sunlight is advisable.

Analysis of pigment stability and UV effects