Cell Ovens

EB 19 – Cell Aging Oven for Precise Thermal Aging Tests

The EB 19 from Elastocon is a high-performance cell aging oven, developed for standards-compliant aging tests of rubber and plastic materials. Equipped with four individually temperature-controlled cells and precise airflow regulation, it is ideal for laboratories and industrial quality control.

Also available as:
πŸ”Ή EB 20 with 6 cells
πŸ”Ή EB 37 for temperatures up to +350β€―Β°C

1. Key Features & Technical Highlights

βœ… Individually controlled cells – each chamber adjustable independently
βœ… Adjustable air exchange rate – for precise and reproducible results
βœ… High capacity – holds up to 24 test specimens per cell
βœ… Dual temperature sensors – one for control, one positioned near the samples
βœ… Data logging available – compatible with external logging software

2. Standards-Compliant Testing

The EB 19 supports aging tests according to:

βœ… ISO 188, Method A
βœ… IEC 60811-401
βœ… IEC 60216-4-3
βœ… DIN 53508, Section 6.4

3. Designed for Demanding Lab & Industrial Use

Part of Elastocon’s latest generation of aging ovens, the EB 19 delivers:

βœ… Maximum accuracy through stable and independent temperature zones
βœ… Reliable long-term testing performance
βœ… Perfect for research, development, and quality assurance applications

πŸ“Œ Note: For optimal performance, the unit should be operated in an environment with a stable temperature between +10β€―Β°C and +30β€―Β°C.

 

With the EB 19 cell oven, you get a powerful, flexible, and standards-compliant system for aging tests on elastomeric and thermoplastic materials.

πŸ“ž Contact us for more information!

Specifications:

Standards Compliance:

βœ” ISO 188 Method A
βœ” IEC 60811-401
βœ” IEC 60216-4-3
βœ” DIN 53508 p. 6.4

Temperature Range:

βœ” +40Β°C to +200Β°C(EB 19, EB 20)
βœ” +40Β°C to +300Β°C(EB 19HT, EB 20HT)
βœ” +40Β°C to +350Β°C(EB 37)

Usable Volume:

βœ” 4 Γ— 2.4 liters(EB 19, EB 19HT, EB 37)
βœ” 6 Γ— 2.4 liters(EB 20, EB 20HT)

Included Accessories:

βœ” One specimen holder per cell(accommodates up to 24 test specimens per holder)
βœ” Stylus pen for the device’s touchscreen
βœ” Accredited calibration certificate
βœ” User manual in English

Important Specifications:

βœ” Temperature fluctuations over time: Β± 0.25 Β°C
βœ” Temperature fluctuations in space: Β± 0.5 %
βœ” Extremely low air velocity: < 0.002 m/s
βœ” Individual temperature display in each cell(via PLC sensors)
βœ” Precise temperature controller with 0.1 Β°C setpoint(PLC-controlled)
βœ” Adjustable upper and lower temperature limits with alarm(PLC-controlled)
βœ” Controlled by a micro-PLC with a color touchscreen
βœ” Test names can be entered directly into the PLC
βœ” Specially designed construction with controlled air exchange rate and low air velocity
βœ” Built-in air pump for precise air control
βœ” Low air pressure alarm(PLC-controlled)
βœ” Efficient insulation reduces energy consumption, environmental impact, and costs
βœ” Cooling channels in the housing ensure low surface temperatures
βœ” Power failure indication on the control system(PLC-controlled)
βœ” Operating hour counter for reliable maintenance planning(PLC-controlled)
βœ” Countdown timer for each cell individually adjustable(PLC-controlled)
βœ” Detailed alarm history for improved monitoring and traceability
βœ” Microfilter removes 99.99% of all particles over 0.1 ΞΌm


EB 36 – Cell Aging Oven with Air Circulation for Precise Aging Tests

The EB 36 from Elastocon is specially designed for thermal aging of rubber and plastic materials under controlled conditions. Featuring active air circulation and individually regulated cells, it meets the highest testing standards – including AS/NZS 1660.2.3:1998.

1. Key Features & Technical Highlights

βœ… Air circulation at approx. 60β€―RPM – ensures uniform temperature distribution within each cell
βœ… 4 independently controlled cells – for precise and flexible test configurations
βœ… Adjustable air exchange rate – supports reproducible testing conditions
βœ… High capacity – holds up to 24 test specimens per cell
βœ… Dual temperature sensors per cell – one for control, one placed near the test specimens
βœ… Compatible with data logging software – for digital acquisition and analysis

2. Standards-Compliant Testing with Air Movement

The EB 36 is fully compliant with:

βœ… AS/NZS 1660.2.3:1998 – for aging under defined air movement

3. Designed for Laboratory & Industrial Use

As part of Elastocon’s latest generation of aging ovens, the EB 36 offers:

βœ… Maximum test accuracy thanks to stable and homogeneous temperature control
βœ… Reliable long-term testing performance for R&D and quality assurance
βœ… Durable design – suitable for daily operation in demanding environments

πŸ“Œ Note: For best results, we recommend operating the oven in an environment with a stable ambient temperature between +10β€―Β°C and +30β€―Β°C.

 

With the EB 36 cell oven, you get a powerful, air-circulation-based system for precise and standards-compliant aging tests of elastomeric materials.

πŸ“ž Contact us for more information!

Specifications:

Standards:

βœ” AS/NZS 1660.2.3:1998

Temperature Range:

βœ” +40 Β°C to +200 Β°C

Usable Volume:

βœ” 4 Γ— 2.4 liters

Included Accessories:

βœ” One sample holder per cell (holds up to 24 test specimens)
βœ” Stylus pen for the device's touchscreen
βœ” Accredited calibration with certificate
βœ” Manual in English

Important Specifications:

βœ” A stirrer circulates the air in the cells at approximately 60 revolutions per minute, complying with AS/NZS 1660.2.3:1998.
βœ” Temperature fluctuations over time Β± 0.25 Β°C
βœ” Temperature fluctuations in space Β± 0.5 %
βœ” Temperature display with sensor in each cell (PLC)
βœ” Temperature controller with 0.1Β°C setpoint (PLC)
βœ” Adjustable upper and lower temperature limits with alarm (PLC)
βœ” Controlled by a micro PLC with a color touchscreen
βœ” Test names can be entered in the PLC
βœ” Special design with controlled air exchange rate and low airspeed
βœ” Built-in air pump
βœ” Alarm for low air pressure (PLC)
βœ” Improved insulation reduces energy consumption, environmental impact, and costs
βœ” Cooling channels in the housing for low surface temperatures
βœ” Power failure indicator (PLC)
βœ” Operating hours counter (PLC)
βœ” Countdown timer for each cell (PLC)
βœ” Alarm history
βœ” Microfilter for the air, removing 99.99% of all particles over 0.1 ΞΌm