High speed concrete centrifugal anti erosion testing machine

1、 Product Introduction:

High speed concrete centrifugal anti erosion testing machineIt is a high-speed centrifugal erosion testing machine designed according to the technical requirements specified in the "Technical Code for Epoxy Resin Mortar DL/T5193-2004" and "Technical Code for Anti scouring and Anti erosion Concrete of Hydraulic Structures DL/T5207-2005". It is used to measure and qualitatively compare the wear resistance of epoxy mortar under high-speed sand containing water flow erosion. It is similar to the natural environment of water or water sand erosion experienced by hydraulic structures, with intuitive testing, high erosion efficiency, strong practicality, convenient and durable operation. It is an ideal testing equipment for construction research, design and teaching.

IIHigh speed concrete centrifugal anti erosion testing machineTechnical parameters:

1. Test piece size: height 150mm, inner arc length 146.6mm, thickness 120mm

Inner arc diameter 420mm, outer arc diameter 660mm

2. Sample box container tube size: φ 650 × 300mm

3. Water flow rate: ≤ 50m/s (infinitely variable flow rate adjustable)

4. One flushing time: 15 minutes

5. Wear agent: 0.5mm-1mm quartz standard sand, water/sand ratio of 100:7.5

6. Power supply: AC 380V 50HZ

7. Variable frequency motor power: 7.5KW rated speed 2900r/min

8. Water pump: flow rate of 16 cubic meters/H, head of 12m, motor power of 0.75Kw

9. Volume: 1800 mm × 1000mm × 800mm

10. Weight: 900Kg

3、 According to the standard:

DL/T5193-2004 "Technical Specification for Epoxy Resin Mortar"

DL/T5207-2005 Technical Code for Anti erosion and Anti corrosion Concrete of Hydraulic Structures

4、 Product features:

1. Three sets of specimens can be tested at once, with three pieces in each set, and the instrument utilization rate is high.

2. The high water pressure provided by the narrow rectangular tube and water pump at the outlet ensures that the water and sand flow is evenly distributed during the flushing of the specimen, without leaving varying depths of marks on the specimen, ensuring the rationality of the flushing results.

3. The overall structure design is compact, the links are firm, and there are buffering components at the contact points. The noise and vibration during operation are relatively low.