Labotemp Ozone Resistance Aging Test Chamber LOC-105 is a precision-engineered ozone test chamber designed for accelerated ozone testing of rubber, elastomers, and polymer materials under controlled environmental conditions. Featuring a 150 L stainless steel chamber, adjustable ozone concentration from 0 to 1500 PPHM, and a temperature range of RT+10°C to 80°C, it accurately simulates ozone-induced aging to evaluate surface cracking, degradation, and material durability. The chamber incorporates a 360° rotating sample holder, six dynamic and six static tensile fixtures, PID touch-screen control, and ±0.5°C temperature stability to ensure uniform specimen exposure and highly repeatable test results. This advanced ozone aging test chamber is widely used in automotive, wire & cable, sealing, rubber manufacturing, research laboratories, and quality control facilities.
Built for dependable laboratory performance, the LOC-105 combines an integrated ozone generator with a high-precision ozone sensor to maintain stable ozone concentration throughout each testing cycle. Its mirror-finish SUS304 stainless steel interior, forced air circulation, and energy-efficient heating system provide excellent temperature uniformity and long-term reliability. Safety is enhanced through an automatic ozone decomposition and exhaust system, airtight chamber construction, and door interlock protection that minimizes operator exposure during testing.
Why Choose Labotemp Ozone Resistance Aging Test Chamber LOC-105?
✓ Accurate ozone control: Adjustable 0–1500 PPHM concentration for reliable and repeatable ozone aging tests.
✓ Stable temperature performance: RT+10°C to 80°C operating range with ±0.5°C fluctuation for dependable environmental control.
✓ Advanced safety design: Integrated ozone decomposition, exhaust system, airtight chamber, and door interlock for enhanced operator protection.
| No. | Specification | Value |
|---|---|---|
| Environmental & Performance | ||
| 1 | Temperature Range | RT +10°C to +80°C |
| 2 | Temperature Fluctuation | ±0.5°C |
| 3 | Temperature Deviation | ±2.0°C |
| 4 | Temperature Resolution | 0.1°C |
| 5 | Relative Humidity | ≤65% RH |
| 6 | Humidity Resolution | 0.1% RH |
| 7 | Humidity Deviation | +2% / -3% RH |
| 8 | Ozone Concentration Range | 0–1500 pphm (Adjustable) |
| 9 | Ozone Concentration Deviation | ≤10% |
| 10 | Inside Air Velocity | >2 ft/sec |
| 11 | Air Flow | A: 0–6 cfm; B: 10–20 cfm |
| Testing & Sample Handling | ||
| 12 | Turntable Type | 360° Rotating Sample Holder |
| 13 | Turntable Speed | 1 rpm |
| 14 | Dynamic Strain Test | 6 Positions |
| 15 | Dynamic Test Frequency | 1–30 cycles/min |
| 16 | Stroke Length | 0–80 mm |
| 17 | Dynamic Rotation Speed | 6 rpm |
| 18 | Static Strain Test | 6 Specimen Positions |
| Construction & Control | ||
| 19 | Inner Chamber Dimensions (W × H × D) | 500 × 600 × 500 mm |
| 20 | Outer Dimensions (W × H × D) | 1150 × 1500 × 750 mm |
| 21 | Chamber Material | Ozone-resistant mirror-finish stainless steel |
| 22 | Insulation Material | High-density glass fiber |
| 23 | Door Seal | Double-layer high & low temperature resistant silicone seal |
| 24 | Observation Window | Multi-layer hollow tempered glass |
| 25 | Sample Holder | Built-in 360° rotating sample holder |
| 26 | Exhaust System | High-concentration ozone exhaust system |
| 27 | Controller | Imported microcomputer LCD controller |
| 28 | Control Mode | PID + SSR control |
| 29 | Temperature Sensor | PT100 (SUS304) |
| 30 | Touch Screen | PID control interface |
| 31 | Heating System | Nickel-chromium alloy U-shaped fin heater |
| 32 | Power Consumption | 3–5 kW |
| 33 | Power Supply | AC 110V 220 V, 50/60Hz |
| 34 | Net Weight | 280kg |
| 35 | Gross Weight | 350kg |
| 36 | Package Size | 1120 × 1190 × 1990 mm |
Ideal for accelerated ozone aging evaluation of rubber, elastomers, seals, gaskets, hoses, cables, and polymer components under controlled ozone and temperature conditions. Supports material R&D, quality control, product validation, and standards-based durability testing in automotive, wire & cable, aerospace, industrial manufacturing, research laboratories, universities, and inspection laboratories.
