WDW Series Double Column Door Type Double Screw Microcomputer Controlled Multifunctional Compression and Flexure Testing Machine

Function Overview:
◆  The microcomputer controlled multifunctional compressive and flexural testing machine is mainly used for testing the flexural mechanical properties of bricks, blocks, tiles, and wall panels, as well as the bending strength properties of tiles and stone materials.
◆  This machine adopts a double column door type double screw structure, and the lower space range can be used for tensile, compressive, bending, shear and other tests.
◆  The host adopts high-strength column support and high-precision ball screw transmission, with high rigidity and good performance

Meet Standards:
◆  GB/T11968-2020 "Autoclaved Aerated Concrete Blocks"
◆  GB/T4111 "Test Methods for Concrete Blocks and Bricks"
◆  GB/T 30100 "Test Methods for Building Wall Panels"
◆  GB/T2542 "Test Methods for Wall Bricks"
◆  GB/T21149 "Sintered Tile"
◆  GB/T36584 "Test Methods for Roof Tiles"
◆  GB 28635 "Concrete Pavement Bricks"

1. Ball screws and heavy-duty bearings ensure long-term operation of the equipment, accurate test results, and good repeatability
2. Multi column guidance increases the lateral rigidity of the equipment, ensuring stable linear motion of the crossbeam, and the self-lubricating structure is maintenance free
3. Quick connector, easy and fast replacement of fixtures
4. Multiple compression hardening and anti bending support rods, which can be quickly replaced to meet most anti bending requirements
5. Adjust the baffle to adjust the width according to the style
6. Equipped with fixtures that can add stretching and compression functions
7. Servo motor provides guarantee for the stability of the experiment
8. The fixture span adjustment is supported by a linear guide rail, and the sliding adjustment is smooth
9. Synchronous belt drive provides good reliability. Low maintenance and good force/speed characteristics
10. A fully digital closed-loop control system that can achieve constant velocity deformation, constant velocity loading, constant velocity displacement, and multiple cyclic functions