Products

The FRP. & Dual Laminates ducts & fitting made by Myrangoli™ are ideal for conveying gases, corrosive fumes generated during processes in the industries. We designs and manufactures custom, pre-fabricated Round, Rectangular or Oval shape. FRP. & Dual laminates duct pipes & fittings are much stronger and far superior to steel, aluminium or only PVC. This offers superior acoustical quality, equal air flow performance, and provides resistance to corrosion due to soil conditions or moisture. Other advantages include the compatibility and versatility.

Myrangoli™ Offer FRP. & Dual Laminates Hood in diversified shapes like Triangle, Arch, Downdraft, Updraft, Side Lateral, Canopy, and Lips. The industrial hoods are ideally suited for corrosive or volatile exhausts mists, vapors, gases, aerosols and fine particles. They serve to capture fumes and route them into a ducting system by the forced draft of the blower. These fumes are passed through the scrubber tower and clean effluent air to be exhausted through (chimneys) stacks.

Myrangoli™ Manufactured, designed and installed stacks (chimneys) that are either free standing or supported. We have the experience to design virtually any size necessary to accommodate the exhaust stream from almost any process. FRP. & Dual Laminates stack are designed to withstand corrosive gases above 120°C temperature and are impervious to severe weather.

We use Hand lay-up (Contact molded) techniques during FRP. & Dual Laminates duct, hood and stack manufacture & fabrication. Joints are either butt & wrap type or flanged connections. Duct, hood and stack can be fitted with guy cables or threaded rod, ladder, platform, support rings and lights along with many other accessories to meet the customer’s requirements.

Advantages of FRP. & Dual laminates duct / hood / stack:

• High mechanical strength.
• Lightweight.
• Exceptional chemical resistance.
• Excellent resistance to ageing and to atmospheric environments.
• Dimensional stability.
• Very high thermal insulation.
• Excellent resilience as regards temperature.
• Low thermal expansion coefficient.