Climate challenges require engineering solutions
The world is increasingly facing extreme weather conditions. Record-breaking temperatures are no longer rare events — they have become the new normal. July 2025 has once again confirmed this trend:
- In Spain, temperatures reached 46 °C, causing widespread wildfires and fatalities.
- Portugal recorded its highest-ever temperature of 46.6 °C in Mora.
- In France, more than 300 people were hospitalized due to heatstroke.
But such anomalies are not limited to Europe. Regions across the globe — North Africa, the Middle East, the USA, India, China — are all experiencing severe environmental overheating, directly impacting the performance of equipment, infrastructure, and transportation systems.
Why is this critical for industry?
At such extreme temperatures, conventional materials lose their shape, strength, and reliability. This leads to serious risks:
- Equipment downtime
- Structural damage
- Supply chain disruptions
- Threats to personnel safety
Industry needs solutions that can withstand heavy loads and remain stable even under extreme heat.
How is ALPANA’s reliability tested?
We conducted a thermal stress experiment comparing ALPANA Max Series products with competitor analogues.
Under intense heat, our polyurethane components maintained their shape, showed no deformation, and preserved all essential performance characteristics.
Watch the full experiment on our YouTube channel:
The results speak for themselves: ALPANA polyurethane is engineered for demanding tasks and extreme climate conditions.
Reliability — Worldwide
ALPANA products are used not only across Europe but also in industrial projects around the globe:
- Oil and gas operations in the Middle East
- Metallurgy and mechanical engineering in South America
- Agricultural machinery in Australia
- Mining companies in Central Asia
- Shipbuilding and port infrastructure in India and Southeast Asia
Advantages of ALPANA Polyurethanes:
Clients trust us for our resistance to temperatures from −20 °C to +150 °C, excellent durability in aggressive environments, and consistent performance under heavy loads — exactly what today’s climate demands.
- Temperature resistance: from −20 °C to +150 °C
- Mechanical strength: abrasion, impact, and deformation resistance
- Chemical inertness: resistant to oils, acids, solvents, and gases
- Minimal shrinkage and deformation under load
- Long service life, verified through field testing