Creep / Stress Relaxation Mechanical Testing Equipment Datasheets

MTS 3000
from HBM

Hole-drilling method for determining residual stress [See More]

  • Mechanical Test: Creep; Residual Stress
  • Display / User Interface: Video (optional feature); Computer Interface
Axial-Torsion Fatigue Testing Systems -- 8874
from Instron®

The 8874 is a bi-axial tabletop servohydraulic testing system providing a combined axial and torsion dynamic actuator in the upper crosshead. With a precision aligned twin-column frame and a lower t-slot table, the 8874 meets the challenging demands of a varied range of both static and dynamic... [See More]

  • Mechanical Test: Creep
  • Torque / Impact Energy: ? to 73.33
  • Force / Load: ? to 5620
  • Display / User Interface: Computer Interface; Application Software
Surface Property Analyzer -- Heidon 24
from Kett US

Originally developed for the paint industry, a load is applied to a test piece and then removed. The probe displacement is measured to a 10um resolution by an optical displacement sensor. Repeated loadings (up to 999,999 cycles) allow the user to assess viscoelastic fatigue. Textile or leather... [See More]

  • Mechanical Test: Creep; Fatigue; Texture Analysis
  • Display / User Interface: Digital
Control System -- FlexTest™ GT
from MTS Systems Corporation

The FlexTest 40, FlexTest 60, FlexTest 100 and FlexTest 200 controllers are the latest innovations in MTS control technology. With higher channel densities and capacities, greater configurability and more setup options than previous platforms, they provide increased test capabilities and... [See More]

  • Mechanical Test: Compression; Creep; Fatigue; Tensile; Universal; Fracture Toughness
  • Humidity: 10 to 85
  • Temperature: 41 to 104
  • Display / User Interface: Computer Interface; Application Software
Determination of Refractoriness Under Load (RUL) and Creep in Compression (CIC) of Refractory Ceramics: RUL/CIC 421
from NETZSCH-Gerätebau GmbH

RUL/CIC 421 - Apparatus for Determining Refractoriness Under Load. Refractoriness under load (RUL, according to ISO 1893) is a measure of the deformation behavior of refractory ceramic products subjected to a constant load and increasing temperature. The temperature range in which the softening... [See More]

  • Mechanical Test: Creep; Refractoriness Under Load (RUL), Creep in Compression (CIC)
  • Temperature: ? to 3092
  • Force / Load: 0.2248 to 225
  • Display / User Interface: Computer Interface; Application Software
Creep Test Machines Kappa-Series -- DS
from Zwick USA

Creep Test Machines Kappa-Series. High precision, versatile usable and therefore cost effective creep testers: High stiffness, precision and durability by 4 columns design. High quality components like the testing software testXpert ® II and measurement and control electronics testControl. [See More]

  • Mechanical Test: Compression; Creep; Tensile; Flexure or Bending
  • Stroke / Travel: 49.2
  • Force / Load: 11240 to 56200
  • Speed: 3.94