FasTest Exhibits at the 2025 AHR Mexico | Booth 1518!
FasTest will be demonstrating our new high-flow Access Ports and Connection Tools, engineered for zero-emission processing and fully compatible with today’s environmentally friendly refrigerants. As a leader in innovative connection solutions, we design tools that simplify testing, improve efficiency, and ensure leak‑free performance. Visit us at AHR Expo México 2025 to experience our latest quick connection and sealing technologies tailored for HVACR manufacturing and service applications.
Event Details
📍 Centro Citibanamex, Mexico City, Mexico
📅 September 9–11, 2025
🕒 FasTest Booth 1518
Visit Us to Discover:
Quick Connectors for HVAC-R Systems: Reduce setup time and improve test accuracy. Refrigerant Handling Solutions: Enhance safety and sustainability in refrigerant charging and recovery. Custom Engineered Connections: Built to meet your specific testing and sealing needs. Live Demonstrations: See our products in action and learn how they can streamline your processes.
Schedule a Meeting
Don't miss the chance to connect with our team. Book a meeting with our Regional Sales Manager for Mexico and South America, Jorge Macias.
Easy Access for Small Systems using Processing "Stub" Tubes
The NEW ZeroMax™ access port system is specifically designed to eliminate the need for Process “Stub” Tubes, while adding easy access without sacrificing hermetic metal-to-metal sealing. ZeroMax™ has the capability for near zero emission processing and field servicing, and is compatible with both current and next generation refrigerants.
Faster Processing of Systems Using Schrader Type Valves
The CoreMax® access valve system provides up to five times greater processing flow than common Schrader® valves and the integral shut off valve has dramatically improved sealing performance. The 1/4 flare profile is compatible with standard processing and service tools.
Rapid Evacuation of Large Capacity Systems
The NEW PortMax™ access port system is specifically designed to reduce processing time, in particular, evacuation time (degass/dehydrate) of large volume refrigerant systems currently processing through packed angle or ball valves.
