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Gewa Air 1.7 violin case matte black shape.
€480.00
Tax included
Made in Germany. Thermoplast frame developed especially. Extremely break-resistant. Approx. weight 1.7 kg. Exceptional insulation characteristics. Only 0.025 W/mK thermal conductivity. Lightweight yet offers unparalleled levels of protection. Padded suspension system. GEWA patented rotating and flexible bow holders. Practical removable pocket for accessories. 2 removable neoprene backpack-style straps. Interior padding in black velvet and protective cover. Combination lock.
Gewa Air 1.7 Black Matte Violin Case
This violin case, made in Germany, features an innovative design and high-quality materials that ensure exceptional protection for your instrument. Its thermoplast construction makes it extremely durable and lightweight, with a weight of only 1.7 kg, ideal for musicians on the go.
Among its standout features are an exceptional thermal insulation system, a suspension padding that protects your violin from impacts, and a practical detachable pocket for carrying accessories. Additionally, it has patented fasteners that allow for easy and convenient access.
| Feature | Detail | Benefit for the Musician |
|---|---|---|
| Material | Thermoplast | High tear resistance |
| Weight | Approx. 1.7 kg | Lightweight and easy to carry |
| Thermal Conductivity | 0.025 W/mK | Exceptional heat insulation |
| Padding System | Suspension padding | Impact protection |
| Compartments | Detachable pocket for accessories | Practical organization and storage |
| Lock | Combination lock | Security for the instrument |
| Belts | 2 detachable neoprene backpack straps | Comfort when carrying |
Preguntas frecuentes
expand_moreIs this case shock-resistant?
Yes, it has a suspension padding system that protects the violin from impacts.
expand_moreDoes the case come with straps to carry it?
The case comes with two detachable neoprene backpack straps, making it easy to transport.
expand_moreHow effective is the thermal insulation?
This case has a thermal conductivity of only 0.025 W/mK, providing excellent protection against temperature fluctuations.
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