Hayward Tyler

Hayward Tyler

Hayward Tyler Ltd1 Kimpton RoadLuton LU1 3LDEngland

AboutHayward Tyler

Backed by a heritage of over 200 years, Hayward Tyler is a global leader in today’s top-performing industrial pumps and motors.

Driven by engineering excellence, our company is known for the reliability and long-term durability of our fluid-filled motors and pumps, as well as the world-class service that supports our products and legacy brands.

Hayward Tyler pumps and motors can be found in the most demanding environments of the energy sector. With over 2,300 BCPs and more than 600 nuclear pumps installed in power plants across the globe, we deliver precision performance and long-term reliability.

Our workforce is at the heart of everything we do. As we take care of our people, they take care of our customers — and this philosophy drives us to continually exceed expectations. Our people are motivated to seek operating efficiencies that enhance quality assurance, from advanced engineering services to lean manufacturing practices.

Your most critical applications depend on a time-tested leader with a heritage of excellence. Let us be your trusted partner.

Expertise across a wide range of industries and applications

We provide innovative solutions for performance-critical pumps and motors that perform in the most complex applications and challenging environments — with specialization in high pressure, high temperature, and difficult-to-handle fluids.

Our products are backed by a team of design engineers and service technicians around the globe who are dedicated to delivering the highest quality service and technical support to our customers. We work hard to provide the shortest lead times possible, so that you can get back to focusing on your operations.

Hayward Tyler by the Numbers

  • 316 employees worldwide collaborating across three continents
  • 60% of operating nuclear stations in North America have Hayward Tyler pumps in service
  • 2300+ BCP units installed worldwide, more than any other manufacturer.