Elastocon now offers EB 39 – a cell oven specially designed for stress relaxation tests of rubber according to ASTM D6147. The EB 39 oven has 6 cells, each with individual temperatures and control of the air exchange rate. The temperature range is +40 °C to +200 °C, or up to +300 °C for the HT-version.
Read more: EB 39 – stress relaxation cell oven for ASTM D6147
Elastocon's new cell ageing oven EB 37 is designed for precision ageing of rubber and plastic materials under controlled conditions at temperatures up to +350 °C. The EB 37 oven perfoms accelerated ageing and heat resistance tests according to ISO 188 method A, IEC 60811-401, IEC 60216-4-3 and DIN 53508 p. 6.4.
Read more: EB 37 – cell ageing oven for temperatures up to +350 °C
Elastocon has extended the temperature range for the basic hot set oven EB 30HT for testing of cable materials. The temperature range is now +40 °C to +300 °C (calibrated temperature up to +250 °C). The previous temperature range was +40 °C to +200 °C.
Read more: Extended temperature range for hot set oven basic EB 30HT
Elastocon has developed a new high temperature cell oven model for stress relaxation tests, EB 38. The temperature range for this cell oven is +40 °C to +350 °C. EB 38 has 4 cells with individual temperatures and individual control of the air exchange rate for each cell.
Read more: New high temperature cell oven for relaxation tests, EB 38
The new automatic relaxation and creep tester, model EB 32, has a liquid circulator for cooling and can cycle between -40 °C and +200 °C, with the same temperature in all 3 test stations.
Read more: New automatic relaxation and creep tester, model EB 32
EB 07.03 is a new insert with nine test tubes, which has been developed by Elastocon, for testing in accordance with ISO 305 method A. Instead of oil, a cell oven is used for stable temperature for this test.
Elastocon's German distributor Richard Hess MBV will be exhibiting at DKT, the German Rubber Conference in Nuremberg 1–4 July, at Hall 9, Stand No. 532.
Do you want to know the estimated lifetime of your rubber materials, or compare the aging properties between different rubber materials? An effective way is to run tests with stress relaxation according to ISO 3384.