History
The Phases of Rust Stabilization Technology (RS Tech)
PHASE ONE
The Discovery (1959)
In 1959, German scientist Paul Luhrs began researching a more effective alternative to Red Lead primers, which were commonly used for corrosion protection. His work led to the discovery of an anti-corrosive pigment that chemically reacts with rust, converting Red Iron Oxide (rust) into Black Iron Oxide (Magnetite). This chemical reaction creates a stable and inert layer on metal surfaces, preventing further rusting. This groundbreaking process was named “Rust Stabilization,” marking the birth of a revolutionary approach to combating corrosion.
Phase 2: Early Global Adoption (1960s)
In the 1960s, Luhrs’ discovery was commercialized, leading to the introduction of the Rust Stabilizing Primer to international markets. Successful trials were conducted in countries such as Germany, the USA, Poland, and Norway. The technology quickly gained recognition as an effective solution for rust control across various industrial sectors. Its ability to chemically stabilize rust without requiring extensive surface preparation made it a preferred choice for industries dealing with corrosion challenges.
Phase 3: System Expansion and Innovation (1970s)
The 1970s marked a significant period of innovation for Rust Stabilization Technology. New developments in the UK led to the introduction of advanced primers and topcoats, creating a more comprehensive anti-corrosion system. These advancements made it suitable for a wide range of industries and applications. With improved performance and adaptability, Rust Stabilization Technology was now capable of providing long-term protection for complex industrial needs, from oil platforms to infrastructure
Phase 4: Entry into Asia-Pacific Markets (1980s)
During the 1980s, the Rust Stabilizing Primer entered the Asia-Pacific region, including key markets like Australia, Singapore, and Malaysia. The oil price downturn during this period increased the demand for cost-effective asset preservation solutions, particularly in the Oil & Gas sector. Rust Stabilization Technology quickly gained traction, being widely used on offshore platforms and rigs. Its ability to protect valuable infrastructure with minimal maintenance requirements made it an ideal solution during this challenging economic phase.
Phase 5: Widespread Industry Adoption (1990s & 2000s)
By the 1990s and 2000s, Rust Stabilization Technology had established itself as a trusted anti-corrosion solution across the Asia-Pacific region. Its applications expanded to mining, marine, defense, and infrastructure projects, alongside its continued success in the Oil & Gas industry. From protecting bridges and industrial equipment to safeguarding offshore platforms, the technology demonstrated its versatility, durability, and effectiveness in a wide range of harsh environments.