Saab 900 1994-1998 Tuning — Page 34

ULTIMATE SQL combines sound-absorbing products made of high-quality acoustic polyurethane foams with special features such as reinforcement, flame resistance, and lamination for structural use. Suitable for manufacturers, installation centers, and DIY projects.

U-POWER OVERTONE 10L – sound-absorbing and sealing material based on special polyurethane foams, coated with a sound-transparent elastic latex layer that protects against moisture. Even at 7 mm thickness, it rivals materials twice as thick! Designed for maximum sound quality in audio installations. Up to 10 times more effective than standard foams (sound absorption up to 95%). Features slow recovery (memory effect), odorless, non-staining, absorbs less than 30% moisture and dries quickly.

noise-absorbing and sealing material based on special polyurethane foams. It has a pyramidal front surface, which significantly increases the effective area and allows better absorption and dispersion of noise in a wide frequency range. Similar materials are used in the equipment of recording studios. It is used: roof, door cards, curtains, interior trim.

Sound-absorbing sheet ULTIMATE SQL A 15NET (Sound Quality Lab series) with reinforced adhesive layer. A new generation of sound-absorbing plates based on acoustic polyurethane foam. The reinforced adhesive layer allows you to mount the material on metal and plastic surfaces without stretching or deformation. • has a memory effect; • the semi-closed structure of the cavities provides a noise-absorbing effect, as well as high-quality noise and thermal insulation. • operating frequency range: 300-4000 Hz. Thickness - 15 mm Weight - 680 g/ m². Sheet size - 750 × 1000 mm Acoustic noise reduction - 80%

U-POWER OVERTONE 7L is a noise-absorbing and sealing material based on special polyurethane foams, covered with a sound-transparent elastic latex layer that protects the product from moisture. Even at its thickness of 7 mm, it competes with analogues twice as thick! U-POWER OVERTONE 7L is used to achieve the maximum high sound quality result when installing acoustics. 10 times more effective than standard foams (sound absorption coefficient up to 95%). The material has the ability to slowly recover after compression (memory effect), does not emit odors and does not stain adjacent surfaces. Absorbs moisture less than 30% by mass and dries quickly.

ULTIMATE SQL 5 L Sound Quality Lab A new generation of sound-absorbing plates based on acoustic foam. • has a memory effect; • is covered with a waterproof PU film • sealing and anti-squeak properties • the semi-closed structure of the cavities provides a sound-absorbing effect, as well as high-quality sound and thermal insulation. • operating frequency range: 500-4000 Hz. Thickness - 5 mm Weight - 350 g/ m2 Sheet size - 750 × 1000 mm

ULTIMATE SQL NFF 15 Sound Quality Lab Non flam Foam A new generation of noise-absorbing plates based on non-flammable acoustic polyurethane foam. • does not support combustion, does not burn; the flammability test can be viewed here • the semi-closed structure of the cavities provides a noise-absorbing effect, as well as high-quality noise and thermal insulation • operating frequency range: 350-4000 Hz. Thickness - 15 mm Weight - 550 g/ m² Sheet size - 750 × 1000 mm Acoustic noise reduction - 75%

ULTIMATE Sound Absorber PU 15mm noise-absorbing material, based on special polyurethane foams. Material with a developed pyramidal front surface, covered with a sound-transparent elastic latex layer that protects the product from moisture. Has the ability to absorb and dissipate noise in a wide frequency range. The highest efficiency is from 300 to 5000 Hz. It is used to achieve the maximum high sound quality result when installing acoustics. 10 times more effective than standard foam rubbers (sound absorption coefficient up to 95%). The material has the ability to slowly recover after compression (memory effect), does not emit odor and does not stain adjacent surfaces. Application: roof, door cards, panels, interior trim, bottom.