- The RHU-2000N is specifically designed to determine the temperature rise and fatigue characteristics of vulcanized rubber with hardness between 30 and 85IRHD.
- This instrument applies a specified compressive load to the test specimen through a high inertia lever system and generates a prescribed-frequency cyclic compression. The temperature rise and fatigue life within the prescribed time either at ambient or under elevated temperature are then evaluated.
-
Standards
- GB/T 1687.3-2016
- ISO 4666-3:2016
- ASTM D 623-07(2019) Method A
Principle
The RHU-2000N is specifically designed to evaluate the temperature rise, compression set, creep, and fatigue life of vulcanized rubber by applying high-frequency compressive and cyclic loads.
Vulcanized rubber testing:
Delivers comprehensive insights into the thermal characteristics of vulcanized rubber with hardness below 85 IRHD.
Multiple assessments:
Enables manufacturers to determine the temperature rise, compression set, creep, and fatigue life of rubber when subjected to high-frequency cyclic compressive loads.
Cyclic compressive loads:
The RHU-2000N applies cyclic compressive loads to rubber samples at high-frequency, replicating dynamic conditions similar to real-world scenarios.
Rubber thermal characteristics assessment:
Assists operators in assessing the thermal characteristics of rubber by measuring the temperature rise resulting from cyclic compressive loads applied over a specified test time.
Prestress loading:
The flexometer utilizes weight sets to simulate prestress conditions on the samples, replicating real-world scenarios.
Fatigue life assessment:
Allows manufacturers to evaluate the fatigue life of rubber materials, ensuring its durability and long-term reliability.
-
Flexible test options
The dedicated software and flexible parameters settings allow operators to easily set and modify test conditions to meet a variety of testing requirements.
Real-time data monitor
By monitoring and recording real-time data during test processes, the RHU-2000N offers clear insights into the real-time status and test results.
Powerful database
Allows operators to record and search test results to assist them in materials performance evaluation.
-
左右滑動看表格Conformance ASTM D 623-07(2019) Method A GB/T 1687.3-2016 , ISO 4666-3:2016Chamber temp. range Ambient temp.+10℃ to 120℃Temp. accuracy ±0.5℃ Chamber dimensions (W×D×H) 130mm×100mm×230mm Oscillation frequency accuracy ≤±0.2Hz Stroke range 1.00mm to 8.00mm (manually adjustable) Standard stroke 4.45mm, 5.71mm, 6.35mm Prestress on test piece (weight set) 0.644Mpa±0.03Mpa 1.00Mpa±0.03Mpa 1.00Mpa±0.03Mpa 2.00Mpa±0.06Mpa 2.00Mpa±0.06Mpa Specimen size 17.80±0.15mm dia. and 25.00±0.25mm length Specimen base vertical travel range 0.1mm to 18.00mm Specimen base vertical speed 5mm/min Controller U70 control system Communication interface RJ45 Testing software Flexometer dedicated software Main unit dimensions (W×D×H) 68cm×96cm×125cm Main unit weight 450kg (approx.) Control cabinet weight 90kg (approx.) Power 1∮ AC 220V 50HZ (or specify)
＊Product design and specifications are subject to change without notice.
-
Details
Standards
- GB/T 1687.3-2016
- ISO 4666-3:2016
- ASTM D 623-07(2019) Method A
Principle
The RHU-2000N is specifically designed to evaluate the temperature rise, compression set, creep, and fatigue life of vulcanized rubber by applying high-frequency compressive and cyclic loads.
Vulcanized rubber testing:
Delivers comprehensive insights into the thermal characteristics of vulcanized rubber with hardness below 85 IRHD.
Multiple assessments:
Enables manufacturers to determine the temperature rise, compression set, creep, and fatigue life of rubber when subjected to high-frequency cyclic compressive loads.
Cyclic compressive loads:
The RHU-2000N applies cyclic compressive loads to rubber samples at high-frequency, replicating dynamic conditions similar to real-world scenarios.
Rubber thermal characteristics assessment:
Assists operators in assessing the thermal characteristics of rubber by measuring the temperature rise resulting from cyclic compressive loads applied over a specified test time.
Prestress loading:
The flexometer utilizes weight sets to simulate prestress conditions on the samples, replicating real-world scenarios.
Fatigue life assessment:
Allows manufacturers to evaluate the fatigue life of rubber materials, ensuring its durability and long-term reliability.
-
Features
Flexible test options
The dedicated software and flexible parameters settings allow operators to easily set and modify test conditions to meet a variety of testing requirements.
Real-time data monitor
By monitoring and recording real-time data during test processes, the RHU-2000N offers clear insights into the real-time status and test results.
Powerful database
Allows operators to record and search test results to assist them in materials performance evaluation.
-
Specifications 左右滑動看表格
Conformance ASTM D 623-07(2019) Method A GB/T 1687.3-2016 , ISO 4666-3:2016Chamber temp. range Ambient temp.+10℃ to 120℃Temp. accuracy ±0.5℃ Chamber dimensions (W×D×H) 130mm×100mm×230mm Oscillation frequency accuracy ≤±0.2Hz Stroke range 1.00mm to 8.00mm (manually adjustable) Standard stroke 4.45mm, 5.71mm, 6.35mm Prestress on test piece (weight set) 0.644Mpa±0.03Mpa 1.00Mpa±0.03Mpa 1.00Mpa±0.03Mpa 2.00Mpa±0.06Mpa 2.00Mpa±0.06Mpa Specimen size 17.80±0.15mm dia. and 25.00±0.25mm length Specimen base vertical travel range 0.1mm to 18.00mm Specimen base vertical speed 5mm/min Controller U70 control system Communication interface RJ45 Testing software Flexometer dedicated software Main unit dimensions (W×D×H) 68cm×96cm×125cm Main unit weight 450kg (approx.) Control cabinet weight 90kg (approx.) Power 1∮ AC 220V 50HZ (or specify)
＊Product design and specifications are subject to change without notice.
