Product features: The products are widely used in aerospace, automobile and motorcycle, military equipment, electrical and electronic, chemical metallurgy, quality inspection and measurement, post and telecommunications, ship railway and other enterprises, universities, colleges and universities and scientific research units. This ozone aging test equipment can be used for rubber products such as vulcanized rubber, thermoplastic rubber, cable insulation sheath, etc., under static or continuous dynamic tensile deformation, or under intermittent dynamic and static tensile deformation, Exposed to airtight test chamber containing constant ozone concentration and constant temperature, the samples were detected according to the predetermined time, and the cracking or other properties of the sample surface were measured to evaluate the ozone aging resistance of rubber. Technical parameters: Model No.: ANQL-125 Studio size: 500 x 500 × 500 Size: 730 × 650 × 1620 Power kwW: 1.5 / 3.0 Performance indicators: Temperature range: 10 ℃ / 60 ℃ Fluctuation / uniformity: ±0.5 ℃ / ±2 ℃ Ozone concentration: 0 / 0 / 1000PPhm Ozone deviation: ≤ 10% Humidity range: ≤ 65% R.H Humidity deviation: 2% -3% R.H Cooling rate: 0.7-1.0 ℃ / min Rotating speed: 2 / 7 r / min adjustable, disk type sample turntable Heating rate: 10 ℃ / min
Product features: The products are widely used in aerospace, automobile and motorcycle, military equipment, electrical and electronic, chemical metallurgy, quality inspection and measurement, post and telecommunications, ship railway and other enterprises, universities, colleges and universities and scientific research units. This ozone aging test equipment can be used for rubber products such as vulcanized rubber, thermoplastic rubber, cable insulation sheath, etc., under static or continuous dynamic tensile deformation, or under intermittent dynamic and static tensile deformation, Exposed to airtight test chamber containing constant ozone concentration and constant temperature, the samples were detected according to the predetermined time, and the cracking or other properties of the sample surface were measured to evaluate the ozone aging resistance of rubber.
