CN
The 2026 Beijing E-Town Half Marathon & Humanoid Robot Half Marathon kicked off on April 19. Over 100 humanoid robot teams raced alongside tens of thousands of human runners, once again bringing robotics technology into the public spotlight.
This event was more like an extreme real-world operating conditions test.
For industry insiders, watching the race wasn't just about “who finishes first” — it was about observing how each robotic system performed under complex, real-world operating conditions.
If you looked closely at the event, you might have noticed a small detail: during breaks or maintenance, engineers often sprayed an aerosol onto key components like joints and motors.
This wasn’t a sign of failure — it was a rapid cooling and diagnostic method.
Why Do Robots Overheat?
During continuous motion, robot joints, motors, and transmissions generate significant heat.
When key components overheat, operational precision drifts, material and lubricant performance degrades, and over time, equipment lifespan is shortened.
That’s why thermal management has become a critical factor affecting robot performance.
Breaking the Heat Barrier:
The Role of a Professional Coolant
In high-load operations, relying on passive structural heat dissipation is often insufficient. That’s where a professional cooling medium becomes an essential tool.
FALCON 857 uses an eco-friendly refrigerant formula to achieve instant surface cooling (as low as approx. -60°C), with excellent volatility and electrical safety.
Rapid Cooling
Quickly cools local hot spots in robot joints, motors, and other components, relieving thermal stress.Fault Diagnosis Assistance
Helps locate issues via temperature change response:
– Short-circuit points
– Abnormal capacitors or components
– Poor contact areasImproved Maintenance Efficiency
Freezes and embrittles adhesives, making it easier to remove residual glue and speeding up repair and disassembly.
FALCON 857 can be used on live equipment, supporting maintenance during operation:
No need for long downtime
Quickly resolves local issues
Lowers maintenance time and costs
Thanks to its fast-evaporating nature, it also reduces post-maintenance cleaning steps, further improving overall operational efficiency.
Non-flammable formula – lowers risk during use
Non-conductive – safe for electronic equipment environments
Leaves no residue, does not corrode metals
Compatible with common engineering plastics such as ABS and PC
Suitable for a wide range of applications: electronics manufacturing, automated equipment, medical devices, and more.
Whether in robot competitions, industrial automation, or new energy equipment, temperature control directly affects system stability and service life.
FALCON 857 has been validated in various precision manufacturing scenarios as an auxiliary cooling and diagnostic tool, providing quantifiable thermal management support for high-load equipment.
We don’t just “cool things down” — we help maintain equipment stability at critical moments.
