Portable field-deployable configuration
Built for use where the inspection point is on the asset rather than in a remote test room.
Core product
H-20 Instrumented Indentation Testing system.
H2O Engineering designs and manufactures the proprietary H-20 IIT system for non-destructive material-property evaluation in both field and laboratory environments. The system is built to support accurate, repeatable measurement where asset integrity, maintenance decisions, and engineering applications depend on reliable mechanical-property analysis.
Technical specifications.
01
Dimensions
80 × 80 × 280 mm, measured from the base to the top of the LCD.
02
Weight
3.5 kg
03
Maximum load
2,000 N, with 30 mN resolution.
04
Stroke
28 mm, with 0.1 μm resolution.
05
Travel speed
0.05-30 mm/min
06
Communication
USB Type-C, with wireless Wi-Fi supported.
Measures
- Tensile strength
- Yield strength
- Hardness
- Residual stress
Key system features.
The H-20 system combines sensing, analysis, and connectivity features intended to support accurate measurement and practical deployment across a range of industrial conditions.
High-precision sensing
Load and displacement sensing are integrated for accurate and repeatable material-property evaluation.
Real-time data acquisition
The system captures and processes measurement data in real time during testing.
PC-based analysis software
Software supports material-property evaluation and data processing as part of the working system.
USB-C and Wi-Fi connectivity
Data transfer and control are supported through practical connectivity options for field and office use.
Remote mobile operation
Dedicated mobile control helps improve usability in constrained or safety-sensitive field environments.
Designed for critical applications.
The H-20 system is intended for industries where material integrity, safety, and reliability are central to operation and maintenance planning.
Oil and gas
Pipelines, transmission systems, pressure vessels, and storage tanks.
Petrochemical and refining
Plant equipment, welded areas, and components where condition must be assessed without unnecessary sampling.
Energy, power, and development applications
Power-generation components and engineering programs involving prototyping, material development, and product design support.