Automotive
Carbon fibres are used in products where lightweight and strength are essential to achieving required product performance such as, significant weight reduction and increased fuel efficiency or driving range. The world’s leading car manufacturers choose carbon fibre composites because of its superior properties over metals. Our advanced technical product design and our proven capability to provide durable, lightweight and cost-effective fibre reinforcements.
Our Team closely works with automobile manufacturers to understand their process and material requirements and provide specialized innovative solutions to enhance their product performance and durability along with ensuring low carbon footprints.
Aerospace
Tantra Composite designs and manufactures fibre reinforcements that satisfied the need for aerospace grade materials. Our materials are designed to withstand extreme environments with dramatic temperature changes, delivering superior performance for a variety of aerospace applications including wing spars, fuselage components, rear pressure bulkhead, radomes and interior components.
Renewable Energy
Wind and solar energy segments are an ever-growing source of power generation, their increasing adoption, wind turbine manufacturers extensively use engineered fibre reinforcement to design more efficient wind turbines blades, capable of covering a larger ‘sweep area’ whilst maintaining strength, stability and light weight. Tantra Composites’s designs and engineer fibre reinforcements based on the need and requirement for renewable energy sector to enhance their longevity and performance. At Tantra Composites technologies, we optimize the selection of materials and manufacturing techniques, thus improving the reliability of production.
Aerospace
Fibre reinforced composites have been used in manufacturing aerospace material since 1903 the first flight of the Wright Brothers’ Flyer 1, in North Carolina , to the large number of components in both military and civil aircraft, in addition to more exotic applications on unmanned aerial vehicles (UAVs), space launchers and satellites. Their growing use has risen from their high specific strength and stiffness, when compared to the more conventional materials, and the ability to shape and tailor their structure to produce more aerodynamically efficient structural configurations.
Civil construction
Increasing numbers of civil and structural engineering applications use carbon fibre because of its performance benefits and life-cycle cost-effectiveness. Applications include reinforcing structures which are made of concrete, steel, timber and iron. For example, carbon fibre increases the load capacity of old structures such as bridges and enhances seismic protection for buildings, extending there working life before replacement is necessary.
Defence
Engineered textile reinforcement especially carbon and glass fibre are used in a wide variety of military applications ranging from aircraft to boats, where light weight and strength can make a huge contribution to increased efficiency and performance. Our engineered composite textiles also offer many additional benefits such as resistance to corrosion and long-term durability.
Tantra Composite technologies is getting associated with defence and other related industries to understand their needs and requirements towards composite material.
Marine
Composite materials have been used in the marine industry for a number of years. The more traditional applications for composites include gratings, ducts, shafts, piping, hull shells, etc for several decades. Wood and ferrocement are some of the other composites techniques that are still being used for marine applications.
Glass fibers became available just after the development of polyester resins. Soon, glass reinforced plastic boats came into existence since the early 1950s and continue to be a significant composite construction technique in Marine applications today.
Aramid fibers are being widely used to strengthen sailing yacht structures like keel and bow sections. Also, Aramid Fiber composites also have improved shock absorption characteristics, perfect for ocean racing applications.
Carbon fibers are increasingly used for sailboats, furniture on super-yachts and high strength interior moldings as they offer vessel stability benefits and high performance with minimal weight. Carbon fiber is also seen as a trendy material, often substituted for not only superior material characteristics but the aesthetics component of the woven material.
Sports and Leisure
Realising the highest performing equipment is fundamental to sporting success. Brands are constantly challenging themselves to develop the lightest and most responsive equipment in order to succeed. Composite materials, more specifically carbon fibre-reinforced materials, are increasingly used because of their unparalleled performance properties. Tantra Composite carbon fibre textiles offer a high strength and stiffness- to- weight ratio, making them the ideal choice for ultimate performance in a competitive arena.
