- Geotextile materials
- - Warp-Knitting Polyester Geogrid
- - Fiberglass Geogrid
- - Bidirectional Stretch Geogrid
- - Unidirectional Stretch Geogrid
- - Steel-Plastic Geogrid
- - Polypropylene Geogrid
- - Geomembrane
- - Composite Waterproof Roll
- - Short Fiber Needle-punch Geotextile
- - Polyester filament geotextile
- - Bentonite Waterproof Blanket
- - Geocell, High-strength Geocell
- - Rubber Water-stop Strip
- - Water Swelling Strip
- - Three-dimensional Composite Drainage Network
- Plastic pipe
- - Steel-plastic flexible permeable hose
- - Plastic Blind Drain
- - Double-wall Corrugated Pipe
- - Grouting Pipe (Splitting grouting pipe)
- - Inclinometer tube
- - Inclinometer
- - PVC Water Level Tube
- - Steel Ruler Level Gauge
- - PVC subsidence pipe
- - Layered subsidence magnetic ring
- - KY type steel ruler subsidence gauge
- - Bentonite mud ball
- Monitoring instruments
- - Vibrating wire reinforcement tensiometer
- - Vibrating Wire Type Soil Pressure Gauge
- - Vibrating Wire Pore Pressure Gauge
- - Vibrating Wire Type Anchorage Dynamometer
- - Vibrating Wire Counterforce Dynamometer
- - Surface Strain Gauge
- - Vibrating Wire Type Strain Gauge
- - Steel wire type displacement meter
- - Steel Wire Type Multiple Point Displacement Meter
- - Tunnel Convergence Gauge
- - Portable Frequency Readout Instrument
The portable frequency readout instrument is the data acquisition instrument of the multi-function vibrating wire transducer and it supports the measuring by a variety of temperature sensors; the measured physical values may be displayed directly by setting procedure; the acquired real-time data may be uploaded through the communication cable to the computer for further analysis and processing of the data; data acquisition by multiple sensors from 32 points and 64 points data acquisition box is made possible automatically through the use of switching-over ports.
Portable Frequency Readout Instrument
Features:
The instrument is designed with consideration for portable use, sealed structure and waterproofing in order to be suitable for severe working environments;
The CPU used adopts advanced AVR structure featuring high anti-interference ability, high-precision and high-resolution;
The data acquisition and storage may be either manually or automatically; high data storage capacity up to ten thousand data; data stored includes the frequency, temperature and time.