Elevator shaft acoustic panel_SupplyPro Co., Ltd._Langfang Guoyang Energy-Saving Technology Co., Ltd. 
在线客服 在线客服邀请中...
关闭

您好,现在客服正邀请与您通话,请留下您的联系方式,客服将尽快与您取得联系。

 点击提交代表您同意《服务条款》《隐私政策》
Langfang Guoyang Energy-Saving Technology Co., Ltd.

Energy-saving technology promotion services, manufacturing and sales of insul...

15530615501 13292645991

Elevator shaft acoustic panel

产品Price Negotiable

最小起订Quantity: 供货总Quantity:

用手机扫描二维码直达商品手机版
MobileView details
Location:
Hebei/Langfang
有效期至:
长期有效
最后更新:
2025-03-21 14:33
Product Details

Acoustic panels for elevator shafts are specifically designed for elevator shafts and machine rooms, and are produced as soundproofing materials. The core material is yellow glass wool fiber. As an acoustic material widely used around the world for a long time, spun glass wool has been proven to have excellent sound absorption properties and good fire resistance. The surface is coated with sound-absorbing particles. Their primary function is to enhance sound absorption while also facilitating installation. The shape of the elevator shaft acoustic panels is concave-convex, which increases the effective sound absorption area while altering the sound reflection effect. The noise reduction coefficient (NRC) is 0.75, making them suitable for acoustic noise reduction in specific structures such as elevator shafts, machine rooms, and air conditioning rooms. They are also non-toxic and harmless, making them a truly green acoustic decorative panel. Guorui Company has a large storage facility with ample inventory, large-scale production equipment, fast processing speed, and a short production cycle, enabling us to quickly provide qualified products to our customers, earning the trust of both new and old clients.

Acoustic Absorption Principle

Acoustic cotton for elevator shafts is a porous sound-absorbing material with excellent sound absorption properties. The reason centrifugal glass wool absorbs sound is not due to its rough surface but because it has a large number of interconnected tiny pores and holes. When sound waves strike centrifugal glass wool, the waves can travel through the pores into the material's interior, causing the air molecules in the voids to vibrate. Due to the viscous resistance of air and the friction between air molecules and the pore walls, the sound energy is converted into heat energy and dissipated.

询价单
主题 *
内容 *
Your company's名
Contact person *
ContactPhone *
电子Email
验证码  
 点击确定代表您同意《服务条款》《隐私政策》
 
 Click submit means you agree to《Service terms》《Privacy policy》

Phone Consultation

Consultation Phone:
15530615501

Back to Top