LIT Industries, Inc.
Gastonia, NC 28052
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Acoustical Blanket suits thermal/acoustical applications.
InsulTone(TM) air laid polyester acoustical blanket is resistant to fungi and bacteria growth and unaffected by grease and oil. Available in white and gray fiber color, product can be fabricated to specifications and formed around corners and curved surfaces. It is offered in widths up to 60 in., thickness from .25-2 in., and weights from 6-20 oz/ydÃ-². Applications include HVAC, office...
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Heated Blankets suit thermal and acoustical applications.
Featuring installed heating elements, RapidWrap heated covers and blankets offer temperature capabilities from 450-1,200Ã-
Read More »HVAC Equipment Liner offers thermal/acoustical insulation.
Composed of borosilicate glass fibers that are incombustible and non-hygroscopic, Model CM-26 will not support fungi or vermin and is unaffected by oil, grease, and most acids. Blanket resists settling, sagging from vibration, and damage from impact. Countless air spaces provide sound absorption, reducing perceived noise from air movement and mechanical equipment. Insulation forms around corners...
Read More »Fiberglass Board provides sound absorption.
Suited for wedge-based anechoic and hemi-anechoic chambers, Fiberglass Wedge is die-cut to user's dimensions to absorb incoming sound waves and to act as waveguide to reflect acoustic energy into wedge. Made from fine, rotary-process glass fibers bonded with thermosetting resin, board is structurally rigid and resistant to vibration. Material does not breed or promote fungi and bacteria. Board...
Read More »Fiberglass Duct Board suits ventilator applications.
Molded with double density, male/female edges, Diffusor Board(TM) is suited for fabrication into rectangular ductwork for HVAC systems. Smooth, mat facing reduces exposure to normal construction dust, and airstream surface is treated with antimicrobial agent. Available in 1Ã-½ and 2 in. thicknesses, design decreases audibility of crosstalk and equipment noise and eliminates sounds associated...
Read More »
Acoustical Blanket suits thermal/acoustical applications.
InsulTone(TM) air laid polyester acoustical blanket is resistant to fungi and bacteria growth and unaffected by grease and oil. Available in white and gray fiber color, product can be fabricated to specifications and formed around corners and curved surfaces. It is offered in widths up to 60 in., thickness from .25-2 in., and weights from 6-20 oz/ydÃ-². Applications include HVAC, office...
Read More »
Heated Blankets suit thermal and acoustical applications.
Featuring installed heating elements, RapidWrap heated covers and blankets offer temperature capabilities from 450-1,200Ã-
Read More »HVAC Equipment Liner offers thermal/acoustical insulation.
Composed of borosilicate glass fibers that are incombustible and non-hygroscopic, Model CM-26 will not support fungi or vermin and is unaffected by oil, grease, and most acids. Blanket resists settling, sagging from vibration, and damage from impact. Countless air spaces provide sound absorption, reducing perceived noise from air movement and mechanical equipment. Insulation forms around corners...
Read More »Fiberglass Board provides sound absorption.
Suited for wedge-based anechoic and hemi-anechoic chambers, Fiberglass Wedge is die-cut to user's dimensions to absorb incoming sound waves and to act as waveguide to reflect acoustic energy into wedge. Made from fine, rotary-process glass fibers bonded with thermosetting resin, board is structurally rigid and resistant to vibration. Material does not breed or promote fungi and bacteria. Board...
Read More »Fiberglass Duct Board suits ventilator applications.
Molded with double density, male/female edges, Diffusor Board(TM) is suited for fabrication into rectangular ductwork for HVAC systems. Smooth, mat facing reduces exposure to normal construction dust, and airstream surface is treated with antimicrobial agent. Available in 1Ã-½ and 2 in. thicknesses, design decreases audibility of crosstalk and equipment noise and eliminates sounds associated...
Read More »