通過對音響特性和減震特性卓越的兒女金屬實施適合震動處理的方向性進行組合，能夠是音響產生的振動在瞬間移動和消失，是具有劃時代結構的音響支架。 也不會發生從支架傳回音響的逆行震動，不會對音響的聲音進行雜訊。頂板使用2017s航太鋁合金和黃銅的組合，之處採用不具有共振點的橢圓形鋼材，內部填充電氣石粉加聚丙烯粒子等特殊填充材料，頂板傳導至之處的震動瞬間轉化為熱能並消除。 支持沒有完全消除掉的震動傳導至底板下方後，由2017S硬鋁製成的底盤下方的黃酮和高科技材料的組合將震動轉化為熱能通過隔熱板消除。
可根據顧客使用的音響的形狀，尺寸訂製頂板形狀，尺寸，以及訂製支架的高度和塗裝的顏。(需要另行報價）
頂板尺寸：W200* D260mm
底盤尺寸：W200* D310mm
高度:600mm (不包括隔熱板)
重量:12kg(一個）
承重：50kg以下
震動傳導的概念
從SP產生的震動迅速通過航太等級鋁合金->黃酮->傳導致電氣石，PP填充材料後轉化為熱能消失。在填充材料內部無法完全消除的震動傳導至底盤下方貼有特殊減震材料的黃銅材質的隔熱板後被消除掉。
Description:
By combining exceptional acoustic and vibration damping properties in a directional design, the audio stand made of extraordinary aluminum and brass alloys is capable of instantaneously moving and dissipating vibrations generated by audio equipment. It represents a groundbreaking structure in audio support systems. The stand prevents reverse vibrations from being transmitted back to the audio equipment, ensuring minimal noise interference. The top plate is constructed using a combination of aerospace-grade aluminum alloy and brass, while the pillars are made of elliptical steel without resonance points. Special filling materials such as tourmaline powder and polypropylene particles are used inside to convert and eliminate vibrations into heat energy. Any residual vibrations that are not completely eliminated are further transformed into heat energy and eliminated through a combination of flavonoid material and high-tech materials beneath the chassis, which is made of 2017S hard aluminum.
The top plate can be customized in terms of shape and size to accommodate different audio equipment configurations. The height of the stand and the color of the coating can also be customized (additional quotation required).
Top Plate Dimensions: W200 * D260mm
Chassis Dimensions: W200 * D310mm
Height: 600mm (excluding the insulation board)
Weight: 12kg (per unit)
Load Capacity: Up to 50kg
Concept of Vibration Conduction:
Vibrations generated by the audio equipment quickly pass through aerospace-grade aluminum alloy, flavonoid material, and conductive tourmaline and PP filling materials, where they are converted into heat energy and dissipated. Any vibrations that cannot be completely eliminated within the filling materials are then transmitted to the insulation board beneath the chassis, which is made of brass material with special damping properties, where they are further eliminated.
