Clearsorber® SLACK is a Class A, high light-transmitting, micro-perforated acoustical system that targets sound absorption through the speech frequencies. With a light transmission index of approximately 85%, this high-impact and abrasion-resistant material resists yellowing and hazing and is resistant to most household cleaners and industrial chemicals. Because the system does not require the added use of conventional (opaque) sound-absorbent materials, it can provide clear see-through visibility and natural daylighting while filtering out 60% of the UV rays. Considering its clear appearance, Clearsorber® SLACK achieves impressive sound absorption that can be tailored to your project. Available in Dual Layer (DL) or Single Layer (SL).
Clearsorber® SLACK is a Class A, high light-transmitting, micro-perforated acoustical system that targets sound absorption through the speech frequencies. With a light transmission index of approximately 85%, this high-impact and abrasion-resistant material resists yellowing and hazing and is resistant to most household cleaners and industrial chemicals. Because the system does not require the added use of conventional (opaque) sound-absorbent materials, it can provide clear see-through visibility and natural daylighting while filtering out 60% of the UV rays. Considering its clear appearance, Clearsorber® SLACK achieves impressive sound absorption that can be tailored to your project. Available in Dual Layer (DL) or Single Layer (SL).
Clearsorber® SLACK has a chemically resistant, UV-stable, glossy finish with approximately 85% light transmission. Contact your local RPG Sales Representative for additional information.
XT Polycarbonate
Absorption
Class I or A
Clearsorber® Foil SLACK is mounted overhead and below the glazed ceiling in either single or dual layers. The foils are supported at each end with hem bars that are spring-supported from the structure above. The foils hang slack between the hem bars for a draping effect. The depth of the draping effect can be customized for each project based on project requirements.
