Aviation & Aerospace

Composite solutions for noise, temperature, and vibration control in aviation

Aircraft Insulation Materials & Solutions for Aerospace OEMs

MAHIRA TECH INDUSTRIES’ material solutions have varied applications for the aerospace and aviation industry and are designed to meet the requirements of commercial and industrial aircraft programs. Our lightweight, fire-resistant, open-cell foam insulation improves passenger comfort, fuel efficiency, and installation costs. As an AS9100-certified organization, we are committed to delivering high-quality aerospace solutions, including advanced aircraft insulation foam.

Insulation for Aircraft Ducting

MAHIRA TECH INDUSTRIES’ open-cell melamine foam provides excellent thermal and acoustic insulation for airplanes and aerospace vehicles. Our composite solutions reduce condensation and increase the thermal efficiency of environmental control systems (ECS). For example, MAHIRADAMP® Hydrophobic Melamine foam with MAHIRATECH® PEEK and MAHIRATECH® PEEK facings for added durability are often wrapped around aircraft ducts.

Our range of MAHIRADAMP® Hydrophobic Melamine foam insulation also maintains its original thickness even when taped around ducts, retaining maximum material performance. Additionally, ask us about our high-mass fabrics, which can also be used to mitigate excess noise.

Acoustic and Thermal Insulation for Fuselage and Bulkheads

MAHIRADAMP® Hydrophobic Melamine foams are used for thermal and acoustical insulation in aircraft fuselages and bulkheads, both alone and in combination with films or high-mass fabrics. These specific foams and composite solutions have a natural resistance to settling, similar to fiberglass, allowing them to be used within frames and over stringers with little or no loss of thickness—an important factor in maintaining acoustical and thermal performance.

Melamine foam can also be compression-fit between frames, significantly reducing installation costs by minimizing the number of fasteners and retainers. In addition, composite systems incorporating high-mass fabrics are used as over-frame blankets to further reduce noise transmission.