Blades Technology
Turbine Blade and Vane Manufacturer
Company Overview
Snapshot
Founded in August 1968, Blades Technology operates with 1–10 employees. The company was acquired by Pratt & Whitney in May 2014, marking a significant milestone in its trajectory within the aerospace industry.
Business overview
Blades Technology Limited (BTL) is a manufacturer of precision forged and machined blades and vanes for the aerospace and industrial gas turbine industries. The company utilizes advanced forging, machining, and finishing processes to produce high-quality, ready-to-assemble parts from materials such as nickel, titanium, steel, aluminum, and cobalt-based alloys. BTL serves the aerospace, defense, and HLS sectors, and has expanded its manufacturing capabilities into the medical orthopedic industry.
Strategic signal
The acquisition of Blades Technology by Pratt & Whitney in May 2014 signaled a strategic consolidation within the aerospace manufacturing sector. This move integrated BTL's specialized capabilities in turbine blade and vane production into a major industry player, enhancing Pratt & Whitney's supply chain and technological portfolio. For investors, this highlights the value of specialized component manufacturers in critical industries and the potential for strategic exits.
Log in to access full profile ›Company Intelligence Q&A
- When was Blades Technology founded?
- Blades Technology was founded in August 1968.
- What is Blades Technology's primary sector?
- Blades Technology's primary sector is Aerospace, Defense & HLS.
- When was Blades Technology acquired?
- Blades Technology was acquired by Pratt & Whitney in May 2014.
- What products does Blades Technology manufacture?
- Blades Technology manufactures precision forged and machined blades and vanes for the aerospace and industrial gas turbine industries, and has expanded into medical orthopedic products.
- What materials does Blades Technology use in its manufacturing?
- Blades Technology uses nickel, titanium, steel, aluminum, and cobalt-based alloys in its manufacturing processes.