For the first time ever in Nigeria, Introducing Tiger TMT 550D Steel Rebars

WHAT MAKES TIGER TMT UNIQUE - Thermal Stability

TIGER TMT iron rods have excellent thermal stability which is enabled by the automated labs and the most modern testing equipment which are used to test their micro-structure. This results in the right chemistry in every rod produced.

Fire is one of the hazards that a structure is likely to experience during its life cycle. It generates extreme temperature that affects the structural integrity of the building, causing reduction in material strength.

Moisture also causes deterioration in buildings. It is the penetration of the external fabric of cladding, or through ground floor constructions, leading to dampness which may create a suitable condition for fungi growth and attack. Excessive moisture in the internal atmosphere may lead to excessive condensation, corrosion, and irrigation.

However, the unique thermal stability of TIGER TMT iron rods gives buildings and structures ability to withstand fire hazards, enables them to resist loss of structural strength at higher temperature, and withstand all types of moist conditions which can cause deterioration in the buildings.

By resisting fire hazards, and withstanding extreme temperature as well as moisture, TIGER TMT iron rods ensure the safety of buildings, enhancing their flexibility, structural strength and lifespan. This is why TIGER TMT iron rods remain the most preferred brand used in reinforcing concrete.

Solid Bonding

Concrete and TMT iron rods must act together in reinforced concrete structure even though they are two different materials. This is to give the structure...

High Yield Strength

Irrespective of the type of construction projects they are embarking on, one of the aims of architects, builders and project owners is to ensure safety of...

Perfect Ductility and Malleability

TIGER TMT iron rods go through the most advanced and fully-automated quenching process that makes their inner part softer and the outer part harder...