Dynamic liquid stretching ozone aging chamber

Ozone aging chamberScope of application: 　　

This series of test chambers generates high concentrations of ozone using an ozone generator and can be used for aging tests of non-metallic materials and organic materials (coatings, rubber, plastics, paints, pigments, etc.) under ozone conditions.
Ozone aging chamberBox structure and characteristics:
The outer shell of the box is processed and formed by CNC machine tools,Beautiful and elegant appearance,Explosion proof door handle,Easy to operate.
The inner liner is made of imported high-quality mirror stainless steel plate
The insulation material adopts high-density glass fiber cotton
The ventilation system adopts a long axis fan motor,High and low temperature resistant aluminum alloy multi wing wind turbine,To achieve a forced convection vertical diffusion cycle.The box door is sealed with double-layer high and low temperature resistant silicone gel to ensure the sealing of the testing area.
The bottom of the machine adopts high-quality universal movable wheels and fixed foot cups
The observation window adopts multi-layer insulated tempered glass,Inner sheet conductive film
Built in360Rotating sample holder
Aluminum alloy sample fixture attached6Set up（3Set static3Set of dynamic testing fixtures
control system:
The temperature controller adopts*Microcomputer intelligent LCD controller,PIDSystem regulation,Capable of automatic calculation,Can reduce the inconvenience caused by setting,Human computer dialogue operation mode,Touch input.

Compliant with standards:
GB/T7762Static tensile test for ozone cracking resistance of vulcanized rubber or thermoplastic rubber.
GB/T3642Dynamic tensile testing method.
GB/T2951.5Test methods for elastomeric mixtures1section:Ozone resistance test.
GB/T2951.21Test method for elastomeric mixtures-Ozone resistance test.
ASTM D1149Rubber ozone aging standard.
ASTM-D1171Rubber deterioration standard test methodOzone cracking on outdoor or indoor surfaces.
ASTM-D3041Waiting for national standards.
Characteristics of ozone resistance test chamber：
1The temperature and humidity instrument adopts a fully imported high-definition LCD screen display with touch buttons.
2TheP.I.DmicrocomputerS.S.RTemperature and humidity controller.
3Accuracy:0.1℃Resolution:±0.1℃Temperature sensor:PT100Platinum resistance tester.
4It has the function of automatic calculation, which can reduce the inconvenience caused by manual setting.
5Ozone concentration control adopts imported methodsPICProgrammable modules.
Heating, humidification, and dehumidification system:
1The heating adopts a far-infrared nickel alloy high-speed heating electric heater.
2The humidification adopts a built-in boiler steam humidifier and far-infrared stainless steel high-speed heating electric heating tube.
3Dehumidification adopts the evaporator coil dew point temperature laminar contact dehumidification method.
Box material:
1The inner liner is made of high-quality mirrored stainless steel plate（SUS304）.
2The shell is made of high-quality materialsA3The surface of the steel plate and shell is treated with spray coating, making it smoother and more aesthetically pleasing.
3Installation in the studio (first floor)×6Rotate the test specimen frame.
4The insulation material adopts high-density glass fiber cotton with a thickness of100mm.
5The temperature cycling system adopts a temperature resistant low-noise air conditioning motor and a multi blade centrifugal fan.
6Double layer high tensile sealing strips with high temperature resistance are used between the door and the box to ensure the sealing of the testing area.
7Ozone sample racks are divided into static tensile test specimen racks and dynamic tensile test specimen racks.
8The observation window is made of multi-layer insulated tempered glass, with a laminated conductive film on the inside and equipped with lighting fixtures.
9The bottom of the machine adopts high-quality fixable designPUActivity Wheel.
Specifications and Technical Parameters: