Material
The Material
SUNBOUNCE offers a huge selection of frames and a comprehensive range of wide meter fabrics for the photography and film industry. Furthermore, SUNBOUNCE are specialists in the provision of extra-wide fabrics without seam (up to 500 cm). They are all “MADE in GERMANY”; most materials were even developed exclusively for SUNBOUNCE. All screens SUNBOUNCE manufacture from these fabrics are in perfect harmony with the frame and make the foldable SUNBOUNCE SYSTEM one of the leading brands for professionals. SUNBOUNCE continuously design new colours, structures and patterns so that you get your perfect light, no matter whether it should be “clean” or “dirty”. In addition to clean lifestyle photography, SUNBOUNCE can also help to achieve a naturally “dirty”, vivid light - not just always “clean” or flat. All screens are of excellent quality and are sewn by hand in Germany - a longer life guaranteed. You can always rely on SUNBOUNCE materials.
The moiré effect in photography and videography
Reflectors and nets - for any application
SILBER (10)
This material does not change the colour temperature but transmits the incoming light in a neutral manner. Hard light remains hard, soft light remains soft. Good light scoop.
Colour: SILVER. The back is WHITE NEUTRAL.
SILVER is ideal e.g. at sunset, when the red parts of the light dominate or when the photography should be completely colorless.
| Application area: | Reflector |
| Max. Width seamless: | Not specified |
| Fire Protection: | Do not use near fire or heat sources |
| Front Color: | SILVER |
| Color temperature: | Neutral |
| Character: | Very direct, but softer than direct sunlight |
| Structural change: | no |
| Light output*: | large |
| Special feature: | Appropriate for all daylight or artificial cold light |
| Color back: | NEUTRAL WHITE |
| Color temperature: | neutral |
| Character: | very soft |
| Structural change: | no |
| Light output*: | medium |
| Special feature: | Appropriate for all daylight or artificial cold light |
* Depending on the distance between the reflector and the model.
Law of physics: A reflector acts as an independent light source. The light decreases by square of the distance. (At twice the distance, the reflector illuminates about 4x the area – so the amount of light is divided by four.)