Creep Testing Machine

Description: The Kappa SS creep-testing machine is equipped with a central lead screw and is suitable for classic and advanced creep tests that require maximum precision in force control and axial alignment. The Kappa SS electromechanical creep testing machine

• Force / Load Capacity: 11240 to 22480 lbs
• Mechanical Test: Tensile, Compressive, Creep / Stress Relaxation, Flexure / Bending, Specialty / Other

Description: The flexible electromechanical creep testing machine Kappa DS is equipped with a double lead screw and was designed for classic and advanced creep tests. The large crosshead travel and the associated expanded test area provide sufficient space for

• Force / Load Capacity: 11240 to 56200 lbs
• Mechanical Test: Tensile, Compressive, Creep / Stress Relaxation, Flexure / Bending, Specialty / Other

Description: This patented electromechanical fatigue testing machine with backlash-free zero crossing features a central lead screw and is ideal for force and strain controlled creep fatigue tests. The Kappa SS-CF provides extremely high flexibility, covers the complete range of

• Force / Load Capacity: 11240 to 22480 lbs
• Mechanical Test: Tensile, Compressive, Creep / Stress Relaxation, Flexure / Bending, Specialty / Other

Description: The Kappa Multistation is a compact and flexible electromechanical creep testing machine with up to six individually controlled load axes. This cost and space efficient testing system is ideal for a wide spectrum of specimen materials, and is considered the specialist for

• Display / Interface: Digital Readout / Interface
• Force / Load Capacity: 0.0 to 2248 lbs
• Mechanical Test: Tensile, Compressive, Creep / Stress Relaxation, Flexure / Bending, Specialty / Other

Description: Hydraulic Universal Testing Machine with underneath type oil cylinder and four columns structure is mainly used to do tension, compression, bending, shearing test for metal materials, non-metal material. It is applied for fields of metallurgy, construction, light industry,

• Application Software: Yes
• Display / Interface: Computer Interface
• Force / Load Capacity: 1349 to 67440 lbs
• Mechanical Test: Tensile, Compressive, Adhesion (Bond / Peel), Ductility, Creep / Stress Relaxation, Fatigue / Cyclic, Friction / Wear, Flexure / Bending, Shear / Torsion, Universal

Description: length of the product and test resistance, in units of mN • m. This instrument is in full compliance with ISO 5628 "Paper and board - Determination of static bending of general principles" requirement. Design criteria The instrument reference standard: ISO 5628, GBT 2679.3.

• Force / Load Capacity: 0.0 to 2.25 lbs
• Mechanical Test: Creep / Stress Relaxation, Flexure / Bending

Description: The main purpose and function: Foam Pounding Dynamic Fatigue Test Machine is used to test foam fatigue by repeating indentation of a test piece by an indentor smaller in area than the test piece, the maximum load reached during each cycle being kept within

• Display / Interface: Digital Readout / Interface
• Force / Load Capacity: 441 lbs
• Mechanical Test: Tensile, Compressive, Adhesion (Bond / Peel), Ductility, Creep / Stress Relaxation, Fatigue / Cyclic, Friction / Wear, Flexure / Bending, Shear / Torsion, Universal

Description: Hydraulic Tensile Testing Machine with underneath type oil cylinder and four columns structure is mainly used to do tension, compression, bending, shearing test for metal materials, non-metal material,steel and all kind of materials. Universal Testing Machine is

• Application Software: Yes
• Display / Interface: Computer Interface
• Force / Load Capacity: 449600 lbs
• Mechanical Test: Tensile, Compressive, Adhesion (Bond / Peel), Ductility, Creep / Stress Relaxation, Fatigue / Cyclic, Friction / Wear, Flexure / Bending, Shear / Torsion, Universal

Description: ISO 7500-2:2006 specifies the verification of testing machines used for uniaxial creep testing in tension in accordance with ISO 204. The verification consists of a general inspection of the testing machine, and a verification of the force applied by the

Description: This model meets many of the needs for testing asphalt core samples, in 4 and 6 inch diameters. The unit meets test method requirements for strain measurement developed under the U.S. Federal Highways SHRP program. These extensometers are for creep compliance, tensile strength

• Test Applications: Creep / Stress Relaxation, Tensile, Specialty / Other
• Test Temperature: -40 to 212 F
• Type: Extensometer

Description: analysis (DMA), tensile testing, compression testing, creep testing For a partial list of ASTM standards performed by Cambridge Polymer Group, please see ASTM Standards. Cambridge Polymer Group provides testing services of polymeric materials with state-of-the- art

• Capabilities: Certification / Qualification, Comparisons, Consulting / Training, Evaluation and Analysis, Failure Analysis / Troubleshooting, First Article / Contract QA, In-Process In-Line Testing, Research and Development, Testing, Test Fixtures / Equipment, Witness / Review, Validation
• Forms Tested: Components / Parts, Samples / Materials, Products (Machines / Devices)
• Industry Applications: Aerospace / Avionics, Automotive, Coatings / Paint, Drugs / Pharmaceuticals, Food & Beverage, Consumer Products, Industrial, Instruments / Sensors, Legal / Forensics, Medical Devices / Equipment, Paper / Plastic Packaging, Rubber Products, Specialty / Other
• Services Offered: Abrasion / Wear Testing, Aging / Life Testing, Chemical Compatibility Testing, Dimensional Gaging, Mechanical / Structural (Static Load / Stress), Optical Testing, Performance Testing, Physical Properties Testing, Specialty / Other

Description: Instron® electromechanical universal testing machines perform tensile, compression, bend, peel, tear, and other mechanical tests on materials and products to ASTM, ISO, and other industry standards. These systems are available in a range of sizes and maximum force capacities.

• Application Software: Yes
• Display / Interface: Video / Graphic Display, Computer Interface
• Force / Load Capacity: 22480 to 134880 lbs
• Mechanical Test: Tensile, Compressive, Adhesion (Bond / Peel), Ductility, Creep / Stress Relaxation, Drop / Shock, Fatigue / Cyclic, Friction / Wear, Flexure / Bending, Impact Toughness, Shear / Torsion, Universal, Specialty / Other

Description: ISO 899-1:2003 specifies a method for determining the tensile creep of plastics in the form of standard test specimens under specified conditions such as those of pretreatment, temperature and humidity. The method is suitable for use with rigid and semi-rigid non-reinforced, filled and

Description: The method is applicable to motor-operated household sewing machines, but it may also be possible to apply it to hand- or treadle-operated machines. Includes additionally to definition, principle, preparation of the sewing machine, procedure, expression of results and

Description: Metallic materials - Verification of static uniaxial testing machines - Part 2: Tension creep testing machines - Verification of the applied force

Description: Metallic Materials - Verification of Static Uniaxial Testing Machines - Part 2: Tension Creep Testing Machines - Verification of the Applied Load

Description: Metallic materials - Verification of static uniaxial testing machines - Part 2: Tension creep testing machines - Verification of the applied force (ISO 7500-2:2006)

Description: Materials testing machines and force verification equipment - Part 3: Specification for the grading of the forces applied by deadweight and lever creep testing machines

Description: manufacture base. As a time-tested manufacturer of machining parts, metal parts and springs, we proudly own a skillful workforce of 300 people, a clean and modern factory that occupies a total area of 6000 square meters, and well-appointed equipment and facilities. There are several

• Location: East Asia / Pacific Only
• Machining Capabilities: Drilling, Milling, Turning, Screw Machining, Swiss Machining, Jig Boring, Broaching, Deep Hole Drilling, Gun Drilling, Centerless Grinding, Creep Feed Grinding, Double-disc Grinding, ID / Internal Grinding, OD / External Grinding, Jig Grinding, Surface Grinding, Honing,
• Materials: Aluminum, Brass, Bronze, Cast Iron, Composites, Copper, Hardened Metals, Magnesium, Nickel / Nickel Alloys, Plastics, Precious Metals, Rubber, Stainless Steel, Steel / Steel Alloys, Titanium
• Secondary Operations: Anodizing, Black Oxide, Electroplating, Heat Treating / Stress Relieving, Lapping / Polishing, Painting / Powder Coating, Welding

Description: ISO 7500-2:2006 specifies the verification of testing machines used for uniaxial creep testing in tension in accordance with ISO 204. The verification consists of a general inspection of the testing machine, and a verification of the force applied by the

Description: ISO 899-2:2003 specifies a method for determining the flexural creep of plastics in the form of standard test specimens under specified conditions such as those of pretreatment, temperature and humidity. It applies only to a simple freely supported beam loaded at mid-span (three

Description: 1.1 These test methods cover the determination of the amount of deformation as a function of time (creep test) and the measurement of the time for fracture to occur when sufficient force is present (rupture test) for materials when under constant tensile forces at

Description: ISO 899-1 specifies a method for determining the tensile creep of plastics in the form of standard test specimens under specified conditions such as those of pretreatment, temperature and humidity. The method is suitable for use with rigid and semi-rigid non-reinforced, filled and

Description: 1.1 This test method covers the determination of creep crack growth rates in metals at elevated temperature using compact type, C(T), (see Fig. 1) specimens subjected to static or quasi-static loading conditions. The time rate of crack growth, a(t) or da/dt is expressed in terms of the

Description: 1.1 This test method covers the determination of creep crack initiation (CCI) and creep crack growth (CCG) in metals at elevated temperatures using pre-cracked specimens subjected to static or quasi-static loading conditions. The solutions presented in this test method

Description: 1.1 This test method covers the determination of creep crack initiation (CCI) and creep crack growth (CCG) in metals at elevated temperatures using pre-cracked specimens subjected to static or quasi-static loading conditions. The solutions presented in this test method

Description: In the last decades the development time of vehicles has been drastically reduced due to the application of advanced numerical and experimental methods. Specifications concerning durability and other functional attributes for every new model improve for every vehicle. In particular, for

Description: ISO 899-2:2003 specifies a method for determining the flexural creep of plastics in the form of standard test specimens under specified conditions such as those of pretreatment, temperature and humidity. It applies only to a simple freely supported beam loaded at mid-span (three

Description: To verify the consistent sealing quality, this totally innovative medical sealer, MS-451PV integrates in-process seal test devices - Peel Tensile Tester and Visual Inspection Unit. MS-451PV is distinguished from any other sealers in the market for its original self-inspection functionality

• Automation: Manual, Semi-Automatic
• Closing Method: Heat Seal
• Features: Processor Interface
• Goods: Consumer Packaging

Description: METALLIC MATERIALS. VERIFICATION OF STATIC UNIAXIAL TESTING MACHINES. PART 2: TENSION CREEP TESTING MACHINES. VERIFICATION OF THE APPLIED LOAD.

Description: Metallic materials - Verification of static uniaxial testing machines - Part 2: Tension creep testing machines - Verification of the applied force (ISO 7500-2:2006)

Description: METALLIC MATERIALS. VERIFICATION OF STATIC UNIAXIAL TESTING MACHINES. PART 2: TENSION CREEP TESTING MACHINES. VERIFICATION OF THE APPLIED LOAD. (ISO 7500-2:1996)

Description: ARAMIS is a powerful optical system for measurement of complex materials and structures for their 3D deformation and strain during loading. This tool is a highly robust, full-field, non-contact strain measuring testing device. The system offers a non-contact measurement of 3D deformation and

Description: : - 3D measurement of movement, deformations and vibrations - Verification of conceptual design studies and numerical simulations - Measuring dynamic behavior, rise and fall of structural vibrations to 250 Hz (full-frame, Nyquist criteria) - Load, creep and aging tests including

Description: compression More Information The SM is a low cost highly accurate unsealed load cell for test machine and other general purpose applications

• Category of Device: Sensor / Transducer
• Force / Load Rating: 10 to 1000 lbs
• Force Measured: Tension, Compression
• Load Cell Package: S-beam

Description: SGP film with three thickness (0.89mm, 1.14mm and 1.52mm) are conducted using Instron universal testing machine to obtain creep and stress relaxation curves. Afterwards, both viscoelastic models (Burgers model, Maxwell-Weichert model) and empirical equations (Findley power law,

Description: steam resistant Excellent chemical resistance High creep resistance Very good stress cracking resistance Good machinability Resistance against high energy radiation Target Industries: Food Technology Pharmaceutical Industry Mechanical Engineering Medical Technology

• Chemical / Polymer System Type: PEEK
• Coeff. of Thermal Expansion (CTE): 25 µin/in-F
• Deflection Temperature (@ 264 psi, 1.8 MPa): 320 F
• Dielectric Constant: 2.8

Description: available on request). This can be used directly by data acquisition systems. It usually can be routed to a DC input channel on most test machine controllers as well.

• Standard: ASTM
• Test Applications: Fatigue / Cyclic
• Test Temperature: Up to 540 F
• Type: Specialty / Other