Imported Testing Instruments for Metal, Concrete, and More
At Tejas Engineering, we bring you a premium selection of imported testing instruments designed to meet the highest standards of accuracy and reliability across diverse testing needs. Our range of imported lab equipment serves critical applications in metal testing, concrete testing, and various other material assessments.
For metal testing, we provide advanced instruments such as universal testing machines, hardness testers, tensile strength analyzers, and other specialized devices to ensure precise measurement of mechanical properties and durability. In concrete testing, our imported equipment covers compression testing machines, slump test apparatus, non-destructive testing (NDT) devices, and more to guarantee structural integrity, consistency, and performance.
By leveraging our state-of-the-art imported solutions, your lab can confidently conduct material characterization, quality control, and performance assessments, driving excellence in construction, engineering, and industrial applications. Trust Tejas Engineering for dependable, world-class testing solutions.
Product Details:
Automation Grade | Automatic |
Usage/Application | Laboratory |
Brand | Tejas Engineering |
Power Supply | Lithium Battery |
Storage Capacity | 2000 Components 1000 Measuring Points |
Rebar diameter range(mm) | 6-50mm |
Compactsize,lightweight,easytocarry,wirelesscloudtransmission function, laser precise positioning of steel bar position;
2. Thicknessdetectionmodeisintuitive,showingthicknessandsteelspacingat the same time.
3. Waveform scanning mode shows the distribution of reinforcing bars intuitively,anditismoreintuitivetodetectandanalyzedensereinforcing bars.
4. Thewaveformscanningmodealsoshowsthethicknessandspacingofthe rebar protective layer.
5. Itcandetectthemiddlepositionofthetworeinforcingbars,
6. Theinstrumentautomaticallystoresthecalibrationvalue,realizesfast measurement and avoids the trouble of each calibration.
7. Boundary-freemesh/profilescanning,thelengthofwaveformscanningcan reach 6m at a time.
8. PCprofessionaldataanalysissoftware.
Product Details:
Measuring Range | 10 MPa |
Material | Stainless Steel |
Usage/Application | Laboratory |
Frequency | 50KHz |
Color | Blue |
Packaging Type | Box |
Brand | Tejas Engineering |
Data Transmission Mode | Wireless cloud transmission |
Host Parameter | 0.85kg |
Product Details:
Depth Range | 60 mm |
Automation Grade | Manual |
Type | Door frame metal detector |
Usage/Application | Industrial |
Brand | Tejas Engineering |
Body Material | Plastic |
Product Details:
Measuring Range | 10 mm |
Accuracy | 0.1 % |
Power Supply | 3 x 1.5V AAA batteries |
Brand | Tejas Engineering |
Resolution | 0.01 mm |
Display | 6 digit display |
Least Count | 0.1 mm |
Product Details:
Product Type | Impact Testing Machine |
Model Name/Number | 2014hnb |
Automation Grade | Automatic |
Capacity | 50nn |
Brand | Tejas Industries |
Voltage | 220 V |
Product Details:
Model Name/Number | PDA-Y |
Weight | 1.9kg |
Brand | Tejas Engineering |
Operation Method | Touchscreen |
Data Transmission Mode | USB |
Storage | 8GB |
Display screen | 8.4"true-color LCD |
Power Display Acuracy | 0.1 |
Product Details:
Measuring Range | 500 um |
Type | NF |
Brand | Tejas Engineering |
Accuracy | 3 % of reading |
Minimum Measurement Area | 7 mm |
Minimum Sample Thickness | 0.05 mm |
Product Details:
Minimum Order Quantity | 1 Piece |
Usage/Application | Laboratory |
Applications | Railways, highways, airports, urban traffic, ports, industrial and civil construction. |
Test Method | Dynamic load testing for subgrade evaluation |
Measured Value | Dynamic deformation modulus (Evd) |
Other Specifications | Load Parameters: Loading Plate Diameter: 300 mm. Loading Weight: 10 kg (with drop height as per test |
Evd Value Range | 5 to 80 MPa. |
Maximum Deflection | Up to 2.25 mm. |
The Evd Light Weight Deflectometer by IWIN Testing is a precision instrument designed to assess the deflection value of layered subgrades under dynamic loads, providing critical insights into the bearing capacity and deformation characteristics of subgrade materials.
Key Features:
· High Accuracy: Equipped with imported sensors and components to ensure precise measurements.
· User-Friendly Interface: Features an LCD display with English and Chinese language options, complete with backlight for enhanced visibility in various environments.
· Rapid Testing: Capable of detecting a point in just 35 seconds, streamlining the testing process.
· Automatic Calculations: Instantly computes Evd values and displays corresponding curves for intuitive analysis.
· On-Site Printing: Includes a handheld mainframe with a Bluetooth micro printer, allowing for immediate printing of results to maintain accuracy and objectivity.
· Data Connectivity: Offers a USB transmission interface for easy connection to computers, facilitating data management and reporting.
· Simulated Impact Testing: Mimics the impact effects of high-speed trains on subgrades, providing a more realistic assessment compared to static load tests.
Applications:
This device is ideal for monitoring and testing construction quality across various sectors, including:
· Railways
· Highways
· Airports
· Urban Traffic Systems
· Ports and Wharfs
· Industrial and Civil Buildings
It is particularly effective in confined areas such as bridge (culvert) transition sections, shoulder detections, and existing line subgrades.
For more detailed information, please visit IWIN Testing's official page:
For a visual demonstration of a similar device in action, you may find the following video informative:
Additional Information:
Product Details:
Material | Mild Steel |
Voltage | 210 V |
Brand | Tejas Engineering |
Dimensions | 1.6Kg |
Impact Energy | 2.207Nm |
Measuring Strength Ranges | 10-60MPa |
Strike Hammer Stroke | 75mm |
Product Details:
Brand | Tejas |
Accuracy | +/- 5mV |
Power Supply | pencil cell battery |
Operating Temp | 0 deg Cells to 50deg Cells |
Range | 999mV to +999mV |
Half-Cell Potential Test for Corrosion Monitoring in Concrete Structures
Corrosion is a natural and damaging process that occurs when structures are exposed to aggressive elements like carbon dioxide (CO₂) and chloride ions. These harmful agents can penetrate concrete and reach the embedded steel reinforcement, leading to serious durability issues and compromising structural safety. Early detection and monitoring of corrosion are essential to prevent costly repairs and ensure long-term structural integrity.
The Half-Cell Potential Test is a highly reliable and accurate method for assessing the likelihood of corrosion in reinforced concrete. It is the only corrosion monitoring technique standardized by ASTM C876–15 and IS 516, making it a trusted solution for evaluating the health of concrete structures.
By using this method, engineers and construction professionals can identify areas at risk of corrosion, plan timely maintenance, and extend the lifespan of critical infrastructure.
Key Benefits of the Half-Cell Potential Test:
Additional Information: