Compression and Flexure Testing Machines
Compression and Flexure Testing Machines provide accurate and reliable evaluation of material strength and bending performance, ensuring quality and compliance with industry standards.
Every test matters
we provide advanced universal testing machines
From R&D to quality control, from aerospace to academia, from high strength steels to elastomers, no matter the zoner, HANSA produces and supplies high quality testing equipment to meet modern day quality demands.
Hydraulic Compression Test Machine
- This testing machine is microcomputer-controlled and can automatically complete
- the test process with constant speed and constant stress loading.
- The test force value is stable and the equipment can be used when placed
- horizontally on the ground. It is mainly used for compressive strength
- tests of building materials such as rocks, concrete, cement products,
- hollow bricks, fly ash, refractory materials, engineering materials, stones, rubber bearings, large components, etc.
- It is essential equipment for laboratories in industries such as highways, railways, Bridges, construction, building materials colleges and universities, enterprise production, research institutions, etc.
Main features
- The machine is equipped with high-precision sensors and computer control, and can automatically store, review and print test reports. The screen displays force values, peaks, curves and loading processes.
- PC full mathematical control system, all ungraded automatic zeroing andcalibration.
- This machine uses a rotating lead screw to adjust the compression space, which greatly speeds up the test progress.
- The casing automatically designs reports according to the requirements of the unit.
- Hydraulic loading, with high-precision spoked sensor, real-time monitoring, automatic processing according to international standards, automatic conversion, print output, force measurement accuracy guaranteed to 1.0 grade.
- The report format can be set by yourself Display, save for review, test reports are automatically generated, print out and have a network interface
Technical Parameters
| S.No | Name | Specifications |
|---|---|---|
| 1 | Maximum Test Force | 600 - 3000 kN |
| 2 | Measurement Range | 4% - 100% F.S |
| 3 | Relative Error of Force Indication | ±1.0% |
| 4 | Range of Loading Rate | 1 - 70 kN/s |
| 5 | Loading Speed | Adjustable and settable within the permissible range |
| 6 | Upper Pressure Plate Size | 300 × 300 mm |
| 7 | Lower Pressure Plate Size | 300 × 300 mm |
| 8 | Piston Stroke | 30 mm |
| 9 | Total Power | 0.75 kW |
| 10 | External Dimensions (Host) | 800 × 500 × 1300 mm |
| 11 | Measurement & Control Box | 1080 × 650 × 1200 mm |
| 12 | Instrument Weight | 1500 kg |
300KN Hydraulic Compression / Flexural Test Machine
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Measurement and Control System, Operating Software,
and Data Processing System
Adopting advanced chip integration technology and a professionally designed data acquisition and amplification system, it features high integration, stability, reliability, and ease of use. The control software can real-time display test parameters including test force, peak test force, time interval, and test force-time curve. After the test, data processing, storage, and printing of test results can be carried out in accordance with relevant national standards. It also has functions of data recording and simulated reproduction of the test process, as well as supporting long-term constant pressure tests on samples.
(2) Microcomputer System
A Lenovo brand microcomputer (including host machine, 19-inch LCD monitor, standard keyboard and mouse, and large-capacity hard disk) is used as the main unit to complete functions such as test setup, data acquisition, arithmetic processing, and display/printing of test results. It is equipped with a dedicated intelligent testing software package (both Chinese and English versions) for testing machines, which can measure and judge various performance parameters of various material tests according to national standards, international standards, or user-provided standards, and conduct statistical analysis and processing of data. It then outputs test reports and test curves in various required formats.
(3) Operation Mode Computer interface operation with automatic computer control.
(4) Safety Protection
The equipment is equipped with multiple protection functions including mechanical limit protection, automatic shutdown protection against overload, automatic power-off protection against over current and leakage, and emergency stop switch.
Product Advantages
(1) The host machine adopts an AC servo motor and servo driver as the power source, transmitting power through a reducer and ball screw pair, ensuring stable and noise-free operation of the entire transmission system without oil pollution.
(2) The equipment surface is treated with spray coating, which is resistant to collisions during transportation and has an elegant appearance.
(3) The entire operation is conducted through a computer interface, with a hand-held controller supporting micro-movement or fast movement operations for convenience and efficiency. It has automatic computer processing functions and test curve display, capable of measuring various parameters such as material yield strength, and can print A4-sized test reports.
(4) The entire computer control process and software processing method are formulated specifically for cement testing standards, featuring strong professionalism and ease of operation for laboratory personnel
Technical Parameters
| S.No | Name | Specifications |
|---|---|---|
| 1 | Maximum Test Force | 300kN Compression / 10kN Flexural |
| 2 | Test Force Accuracy | Better than ±1% |
| 3 | Test Force Range Division | No division for full range |
| 4 | Constant Pressure Accuracy | ±1% kN |
| 5 | Test Force Measurement | 0.5% - 100% of full range |
| 6 | Loading Speed (kN/S) | 2.4kN/S ±200N/S; 50N/S ±10N/S |
| 7 | Relative Error of Force Control Rate | ±0.5% |
| 8 | Upper Pressure Plate Size (mm) | Φ140 |
| 9 | Lower Pressure Plate Size (mm) | Φ140 |
| 10 | Distance Between Upper and Lower Pressure Plates (mm) | 250 |
| 11 | Effective Maximum Stroke (mm) | 300 |
| 12 | Power Supply Power (kW) | 1.5 |
| 13 | Power Supply Voltage | Standard 220V, configurable according to local national voltage standards |
| 14 | Overall Machine Type | Double-column type (distance between columns: 300mm) |
| 15 | Overall Dimensions (mm) | 950 × 650 × 1405 |
| 16 | Overall Weight (kg) | 520 |
Important FAQs –Compression / Flexural Testing Machine
What is a Hydraulic Compression & Flexure Testing Machine used for?
What is the maximum testing capacity of the machine?
How accurate is the hydraulic testing system?
What materials can be tested using this machine?
What are the advantages of a hydraulic compression testing machine?
Does the machine support both compression and flexure testing in a single system?
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