Compression and Flexural Frames
STANDART: EN 196-1, 459-2, 1015-11, 13454-2; ASTM C109, C348, C349; BS 3892-1, 4551-1
LT-CE0100/1 Compression and Flexural Frame | 15-250 kN
LT-CE0250/1 Cement Compression Frame | 250 kN
Compression and Flexural Frames provide rigid and stable testing structures for determining the compressive and flexural strength of cement mortar prisms and cubes. High-accuracy load cells measure the applied force, while interchangeable compression and flexural jigs allow the frames to be configured for different specimen geometries. The product range includes a 15/250 kN combined compression-flexural frame and a dedicated 250 kN cement compression frame.
- Rigid Steel Construction: Maintains mechanical stability under high testing loads.
- 15/250 kN Combined Frame: Supports both compression and flexural testing.
- 250 kN Compression Frame: Dedicated structure for cement mortar compression tests.
- High-Accuracy Load Cells: Measure the applied test force continuously.
- 165 mm Circular Platens: Provide a stable loading surface for compression accessories.
- Interchangeable Test Jigs: Support different mortar prism and cube configurations.
- Flexural Testing: Compatible with suitable fixtures for mortar prism specimens.
- Compression Testing: Supports mortar cubes and broken prism portions with appropriate jigs.
- Distance Piece Support: Different spacer sizes can be used to adjust the working area.
- Transparent Safety Doors: Optional front and rear guards help contain broken specimen fragments.
- Hydraulic System Integration: Frames operate with a suitable hydraulic power pack and control unit.
- Laboratory Application: Suitable for cement factories, construction-material laboratories and research centres.
| Product Code | Product Name | Capacity (kN) | External Dimensions (cm) | Weight (kg) |
| LT-CE0100/1 | 15/250 kN Compression and Flexural Frame | 15 / 250 | 64 × 50 × 150 | 250 |
| LT-CE0250/1 | 250 kN Cement Compression Frame | 250 | 50 × 50 × 150 | 200 |
Compression Flexural Frames for Cement Mortar Testing
Compression Flexural Frames provide the rigid mechanical structure required for accurate strength testing of cement mortar specimens. The frames support compression and flexural applications when combined with the appropriate hydraulic system, load cell and test jig. Their two-column construction helps maintain alignment and stability throughout the loading cycle.
15/250 kN Combined Testing Frame
The LT-CE0100/1 combines two different measurement capacities within one testing structure. The flexural section provides a 15 kN capacity for lower-force mortar prism tests, while the compression section provides up to 250 kN for higher-load strength measurements.
Using separate load-measuring ranges helps maintain suitable sensitivity for both test types. The frame measures 64 × 50 × 150 cm and weighs approximately 250 kg.
250 kN Cement Compression Frame
The LT-CE0250/1 is dedicated to cement mortar compression testing. It provides a maximum capacity of 250 kN and can be equipped with different compression jigs according to specimen geometry.
Its external dimensions are 50 × 50 × 150 cm, with an approximate weight of 200 kg.
High-Accuracy Load Measurement
Liya specifies load cells for the frames to provide accurate force measurement. During testing, the load cell continuously transfers force data to the connected control system.
This configuration allows the operator to monitor the applied load and determine the maximum force reached before specimen failure.
165 mm Loading Platens
Both frames use 165 mm diameter circular platens. The loading area accepts compatible compression and flexural test assemblies.
Distance pieces can also be added when the working height needs adjustment. This modular arrangement allows laboratories to adapt the same frame to different mortar specimen sizes.
Compression and Flexural Test Applications
EN 196-1:2016 covers determination of cement strength using mortar specimens and remains the current published EN edition.
For ASTM methods, C109/C109M addresses 50 mm mortar cubes, C348 determines mortar flexural strength and C349 evaluates compression strength using portions of prisms previously broken in flexure.
As a result, the Compression Flexural Frames combine rigid construction, accurate load measurement and interchangeable test fixtures for reliable cement mortar strength testing.
