Test Reports

Tests and certifications performed to verify the capacity and quality of the DeltaV-Seal

Jarle Ribler avatar Christoffer Næss avatar
16 articles in this collection
Written by Jarle Ribler and Christoffer Næss
Shell Acceptance Tests for Gaskets (MESC SPE 85/300)

Shell Tests - Goal of Investigation

(MESC SPE 85/300) The goal was to determine how the DeltaV-Seal performed according to this Shell Specification
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Written by Jarle Ribler
Updated over a week ago

Shell 3.3.1 Visual Examination

(MESC SPE 85/300 - 3.3.1) Test specimen DeltaV-Seal
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Written by Jarle Ribler
Updated over a week ago

Shell 3.3.2 Fugitive Emissions Test

(MESC SPE 85/300 - 3.3.2) Shell leakage test was carried out at 25℃, DeltaV-Seal™ was also tested at elevated temperature 400℃
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Written by Jarle Ribler
Updated over a week ago

Shell 3.3.3 - API 6FB Fire Test

(MESC SPE 85/300 - 3.3.3) API 6FB Fire Test >650 ℃ - Verification and qualification of DeltaV-Seal fire resistance
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Written by Jarle Ribler
Updated over a week ago

Shell 3.3.4 ROTT DIN EN 13555-Test

(MESC SPE 85/300 - 3.3.4) Room Temperature Operation Tightness test according to EN13555 Standard
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Written by Jarle Ribler
Updated over a week ago

Shell 3.3.5 HOTT-Test cycle test at 400 ℃

(MESC SPE 85/300 - 3.3.5) HOTT Shell cycle test at 400 ℃, Helium as the test gas
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Written by Jarle Ribler
Updated over a week ago

Shell 3.3.6 Hot Blowout Test (HOBT-1)

(MESC SPE 85/300 - 3.3.6) Hot Blowout Test
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Written by Christoffer Næss
Updated over a week ago

Shell 3.3.8 Gasket Adhesion Test

(MESC SPE 85/300 - 3.3.8) Adhesion test for DeltaV-Seal
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Written by Christoffer Næss
Updated over a week ago

Shell 3.3.14 BAM test for Oxygen

(MESC SPE 85/300 - 3.3.14) Why is this test not applicable for DeltaV-Seal?
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Written by Jarle Ribler
Updated over a week ago