Pressure Aging Vessel – PAV4
The ATS Pressure Aging Vessel (PAV4) is designed to simulate the in-service oxidative aging of asphalt binders by exposing them to elevated temperatures in a controlled, pressurized environment. Featuring a user-friendly touchscreen interface and advanced software, the PAV4 delivers exceptional efficiency, accuracy, and reliability in asphalt testing. Engineered for ease of operation and consistent performance, it ensures precise aging simulation for research and quality control applications.
Each PAV4 complies fully with AASHTO R28, ASTM D6521, and EN 14769 standards, guaranteeing results that meet global testing requirements. With its modern design and enhanced functionality, the PAV4 sets a new benchmark for performance and user convenience in asphalt binder aging evaluation.
What can we do for you?
If you want more specific information regarding this product, please contact our Sales team.
We are happy to assist you.
Features & Benefits
- CE Certified – Meets international safety and performance standards for reliable, compliant operation.
- Fast Recovery Time – Improved recovery of 30 minutes or less ensures higher throughput and minimal downtime.
- Accurate Temperature Control – Platinum RTD sensor provides precise and consistent temperature measurement.
- Durable Construction – Rugged, black powder-coated exterior resists wear, corrosion, and lab conditions.
- Intuitive Operation – Industrial-grade touchscreen and enhanced software simplify testing and data management.
- Comprehensive Data Logging – Automatically records time, temperature, and pressure for complete traceability.
- Convenient Connectivity – Front USB port allows quick data export and easy software updates.
- Ready-to-Use Kit – Includes 10 AASHTO T 179 specimen pans and a precision anodized aluminum holder for consistent results.
- Optional Battery Backup – Prevents test interruption or data loss during power failures or voltage fluctuations.
- Multilingual Interface – Operates in English, German, French, Italian, Chinese, Spanish, and Arabic for global usability.
