1Compliant with standards:

Environmental Protection Industry Standard of the People's Republic of China: Solid Waste Leaching toxicity method Sulfuric acid nitric acid method（HJ299-2007）Regarding Solid Waste Leaching toxicity method Acetic acid buffer infiltration method（HJ300-2007）Specify equipment

Flipped oscillator: solid waste leaching toxicity leaching equipment（TCLP）Flip method

- Chinese National Standards5085.3-2007（HJ/T299-2007）Specify equipment

- Chinese National StandardsGB16889-2008（HJ/T300-2007）Specify equipment

- United StatesEPAmethod1311Select equipment.

JRY fully automatic flip oscillator technical parameters:

Note: (1) When the rotation mode is set to bidirectional (forward and reverse) rotation, the instrument will stay for 5 seconds every 2 minutes of rotation and continue to operate in both directions.

Main features:

1) The first domestically developed and produced product with humanized design.

2) The host shell is made of all stainless steel material, with a beautiful and elegant appearance, and easy to clean.

3) Push pull protective cover and leak proof design ensure safe operation of the equipment.

4) Organic glass observation window, transparent and visible, with clear operation status at a glance.

5) A reliable safety device with functions such as overload protection, leakage protection, and automatic power-off when the protective cover is opened.

6) Real time temperature control with small temperature fluctuation range.

7) Disc clip type fixation ensures the sample bottle is secure.

8) Speed digital display adjustment, flip mode and rotation time can be set by oneself, and the sample oscillation effect is good.

9) Provide multiple flipping modes, including forward rotation, reverse rotation, forward and reverse rotation, high speed, and low speed.

10) Long term continuous smooth operation, low noise, high load-bearing capacity, easy maintenance, and long service life.

11) Good compatibility, can hold 2L glass bottles, PE bottles, Teflon bottles, and zero empty extraction containers (ZHE).

Solid waste containing harmful substances may leach into water during stacking or disposal, causing the migration and transformation of harmful substances and polluting the environment. The leaching experiment is an experimental simulation of this natural process. When the amount of harmful substances leached exceeds the limit set by relevant regulations, the waste has leaching toxicity. The leaching toxicity of solid waste is the basis for determining hazardous waste and an important link in the development of solid waste management and disposal technologies.