Ozone Test Chamber Dealers

The 700-10LTA Ozone Test Chamber provides continuous uniform, accurate and reliable temperature and ozone control. The measurement and control system consists of the STAT-1900 Single Setpoint temperature controller for uniform thermal performance under all loading conditions and the Mast Development 727-3A Ozone Monitor with power flow control assembly to ensure uniform and constant control of ozone levels. Low cost, featuring steady state auto control and recording.Temperature Range: +15º C above ambient to +343º C (+650º F)Temperature Uniformity: ±1% of setpointOzone Control: ±4% of setpointControl System: Single setpoint controllerApplications: Accelerated and continuous duty ozone testing of rubber and plastic components. Designed specifically to meet the stringent testing requirements of the American Society for Testing and Materials (ASTM) test method D1149 and ISO 1431, parts 1 and 2.  Steady State ControlThis chamber incorporates solid- state electronic instrumentation for precise temperature regulation. Integral over temperature protection is standard. The STAT-1900 microprocessor-based 1/4 din single loop temperature controller features a bright LED display that shows setpoint oven temperature, control output, etc., during oven operation. Indicator LEDs on the controller face log alarms and control output status during the work cycle. All data input and control selections are made through the membrane key pad. A sheathed thermocouple is part of the control system to monitor oven temperature. Hardware and software interlocks prevent accidental data loss or change.Over Temperature ProtectionTemp limit overtemperature protection is a standard feature of the 700-10LTA control system. A 1/4 DIN control, Temp limit protects the oven and your product during temperature fault conditions. Heaters are latched off by temp limit requiring manual reset to restore normal operation. Audio and visual alarms alert the operator of fault conditions. This instrument is FM approved as an overtemperature alarm device.ConstructionThe chamber housing is manufactured with 16 gauge heavy duty steel and is completely welded for strength and reliability. The backed on blue enamel finish provides long lasting corrosion protection. Type 304 stainless steel interior provides excellent corrosion resistance to ozone. The chamber has four full inches of fiberglass insulation to minimizes heat loss. The door is designed with a silicone door seal for positive sealing and also includes a glass observation panel.Theory of OperationThe Model 700-10LTA is simple to operate and versatile over a wide range of temperatures, airflows and ozone concentrations. Users confirm its ozone concentration stability and dependable operation. The entire system is diagrammed below.GenerationThe ozone source is a mercury vapor quartz ultra-violet lamp. It is housed in a protective metal container outside the test compartment as required by ASTM and is easily accessible through the lower side door.Air RecirculationPlenum chambers located on each side of the all stainless steel test compartment direct the ozonized air through it. A wheel type blower in the left plenum chamber provides two-feet/second air recirculation velocity over the test samples. The blower wheel is shaft-mounted with the drive motor mounted outside the test compartment, as required for the ASTM tests.Air Flow SystemFresh air is drawn into the system with a rotary vane type Gast "oil-less" air compressor. Felt filters on both the intake and exhaust sides of the compressor remove particulate contamination. The rate of airflow is observed on a flowrator and set with the "air flow control," a valve in the compressor by-pass line. Air leaving the flowrator then passes in small part thru the computer controlled regulator over the ultra violet lamp and in large part through a lamp bypass line. The ozonized air from the lamp is remixed with the bypassed air and enters the test compartment circulation system. A freshly ozonized airflow replenishes the air in the test compartment approximately once a minute at the recommended flow rate of six cubic feet per minute. Only fresh air is passed over the ozone source as recommended by ASTM. Air in the test compartment is exhausted outside and is not recirculated over the ozone source.Tempertaure ControlSTAT-1900 digital temperature control provides automatic temperature control over a range to 300 ºF and a tolerance of plus or minus 1/2ºF, as measured with a highly dependable fully compensated cold junction type T thermocouple in the chamber air stream. In order to achieve this remarkable control despite ambient temperatures up to 100ºF, a finned stainless steel cooling coil is employed.The heat is supplied by an open wire (non-corrosive) element of Blue M modular disc design, which offers oven performance unmatched in the industry. The design is such that over 85% of the open wire coiled element is exposed to the high volume chamber air stream. Thermal lag is virtually eliminated with this unit.

• Power: 220 Volts 50Hz
• Temperature Range: Ambient+10°C to 60°C
• Controller: Color touch screen controller
• Test shelf: Rotation test shelf made of stainless steel
• Rotation speed: 1 to 10 rpm
• Movement wheel: 4 sets movement wheels
• Ozone generator: Imported ozone generator
• Ozone concentration: 0 pphm to 500 pphm (200 to 300 mg/hour)
• Inner chamber: Stainless steel 304
• External cabinet: Powder coated steel sheet
• Power supply: 220 Volts 50Hz

Ozone Aging Test Chamber simulates and enhance the condition of ozone in the atmosphere to study the effects of ozone on rubber, and then identify and evaluate the method to resist ozone and aging for rubber, adopt effective anti-aging measures to enhance the life of rubber products.

• Color: White
• Condition: New
• Automation Grade: Automatic
• Application: Industrial Use

An ozone test chamber is a regulated setting where components, materials, or products are tested for resistance to or response to ozone exposure. It evaluates how different items might function or deteriorate over time when exposed to ozone by simulating ozone-rich conditions. Understanding how materials respond to ozone is crucial for sectors like electronics, aerospace, and automotive. These testing chambers are helpful in the Ozone aging process.

• Features: PID programmable controller with LED touch screen display, Equipped with UV detector to detect the concentration of ozone, Incorporated with protection module for safety voltage

• Power: 4 kW
• Voltage: 380 - 440 V
• Material: Mild Steel
• Usage: Laboratory
• Frequency: 50 - 60 Hz
• Accuracy: +/-1%
• Temperature Range: -40 to 80 degree C

• STP/ETP: 230 volts Input 50 Hz
• Process Washing: Oxygen Gas In feed Cylinder
• Laundry / Bleaching: Ozone Ouput Validated
• Paper & Pulp Bleaching: Easy to Install
• Oxidation Process: Compact Unit
• Advance Oxidation Study: Portable
• Air Treatment / Process: Stainless Steel Model Available

• Test temperature: 25
• Test Humidity: 45
• RH Internal volume: 500L/1000L
• concentration: 100
• Spray dust cycle: 1sec

• Dimension: 500mm x 500mm x600mm

Ozone Environment Chamber Xgen150 is a computerized environmental exposure chamber providing continuous Ozone measurement, control, recording and reporting of the entire exposure sequence.The control system is integrated with an Ultra-Violet (U.V.) absorption based, high precision, In-situ Ozone measurement system The Xgen150 ® provides the ability to be hybridized for both Ultra-Violet lamp and Corona Discharge based Ozone generation. The Xgen150 ® is also equipped to provide operators the ability to test material under both Revolution Static and Dynamic tensile strain while enclosed inside in the exposure environment.

It is important to estimate the resistance of vulcanized rubber to cracking when exposed to an atmosphere containing ozone. The Presto Ozone Chamber is used to provide precise and accurate ozone (O3) concentration environment for rubber and polymer testing. During the test rubber specimens are kept under a surface tensile strain, and the ozone content or partial pressure in the test chamber is maintained at a fixed level. This instrument provided the simulation of accelerated aging and designed to assess the ability of moldedextruded rubber products to withstand cracking resistance. The ozone concentration in the Presto Ozone Test chamber can be adjusted over a wide range (normal 20-250 pphm; or according to customer’s request) thus, satisfying different user requirements. The exact ozone concentration is controlled and measured accurately by means of a precise detecting system.

• Power: Single-phase,AC100V,1.5kVA (Other Voltages On Request)
• Voltage: 240 V
• Phase: Single Phase
• Brand Name: Toyoseiki
• Torque: 253.7 nm
• Temperature Accuracy: +-0.5% FS
• Model Name/Number: PPHM-S / PPHM-D / PPHM-SD
• Dimension: W1110 x D690 x H1700mm / W1110 x D690 x H1950mm
• Body Material: Mild Steel
• Surface Finish: Color Coated
• Test chamber material: SUS 304 fluorine resin coating

• Country of Origin: Made in India
• Voltage: 220 V
• Brand: Testronix
• Motor Stroke: Per 30 min
• I Deal In: New Only
• Material: Mild Steel
• Temprature range: Ambient to 45 Degree celsius
• Concentration: 5-0250 pphm
• Static test rotation: 1 rpm
• Least Count: 0.1 Degree celsius

Designed and manufactured in accordance with ASTM D1149, ISO1431 & JIS K6259 standards. Providing precise and accurate ozone (OZ) concentration environment for rubber and polymer test. Widely applied to (1) Accelerated ageing research (2) Quality control and assurance tests and (3) R&D laboratory formula experiments for cracking resistance. Wide ranges of ozone concentration (normal 20~250pphm, or according to customer's request) can satisfy user's different requirements. The real ozone concentration is controlled and measured accurately by means of precise detecting system. Provide both static and dynamic strain sample holders that conform to international standards. Excellent system control: (1) Maintaining rapid resumption of OZ concentration during continuous circulation (2) With the ability of automatically and steadily keeping the chamber temperature. Economy and efficiency: (1) Full automatic test after simple settings (2) Physical method produced ozone unnecessary any chemical additives.

• weight: 450 kg.

It is essential to determine the resistance of a rubber product to breaking when left to an atmosphere surrounded with ozone layer. Presto’s Ozone chamber is used to offer specific and accurate O3 concentration environment settings for the rubber and polymer testing. To perform a test, rubber samples are kept below a tensile strain surface of the laboratory testing equipment and the ozone pressure in the cabinet is maintained at a predefined level. Presto offers a wide range of ozone chambers in which ozone concentration can be adjusted between normal 20-250pphm, or as per the demand. Hence, satisfy the needs of many customers. The machine is equipped with a precise detecting system that helps to control and measure ozone concentration.

Ozone is a highly reactive and unstable form of oxygen that is present in small concentrations in both the stratosphere and the troposphere. It plays an important role in the atmosphere, resulting in both beneficial as well as detrimental effects on both living and non-living things. The stratospheric ozone protects the living beings and the environment from the harmful rays of sun, whereas the troposphere ozone or ground level ozone is highly toxic for living beings and is notorious for causing material damage and corrosion. The ground level ozone usually results due to the interaction between atmospheric pollutants and the sunlight, though a small amount is also contributed from the overlaying stratosphere. The concentration of ozone varies from one place to another and within the same environment from time to time. However, with an increase in population and rapid industrialization, the concentration of ozone has been gradually increasing over the past few years. This ozone, being a powerful oxidant, often leads to significant material damage, resulting in economic losses due to increased cost of production and maintenance. The ozone climatic test chambers are often employed by industrial units and research organizations to study the effect of ozone exposure on the aesthetics and functional value of various products, including plastics, rubber, paint, fabrics, metals etc.

• Model No: KCS/OC – 40 H
• Temperature Range: -40 °C to +80° C
• Humidity Range: 30% to 95%
• Capacity: 500 Liter to 8000 Liter
• Controller Type: HMI with PLC

Chamber capacity : 500 liters to 8,000 liters Temperature Range : â�� 40�° C to 80�° C Accuracy : +-0.5�° C Gradient temperature: +- 1�° C. Humidity Range : 30 % RH to 95% RH Accuracy : 2% RH Gradient of Humidity : +- 3% Ozone measurement : 0 to 500 adjustable. Ozone Accuracy : +-5% CO2 : 100 â�� 700 ppm- adjustable UV : 1-25 Kjm3 adjustable. Design : Material of test chamber selected in such way that it will have minimum reaction with Ozone. The chamber so designed that hazardous ozone gas is contained internally eliminating the need to provide additional external venting and filtering of the sent gas. The ozone source is generated from fresh air from the environment using air compressor and filters. This air has passed through the container containing UV lamp as required by ASTM. The equipment provided with a generator and controlling of air ozone stream. The generator located outside the chamber. UV absorption analyzer auto measure and control concentration of ozone by the principle of measuring absorption of UV light in a sample of gas flowing through optical bench.

Ozone Exposure Chamber, Light & Weather Fastness Tester, Crocking Meter

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Ozone Test Chamber, Voc Monitor, hand sterilizer

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