Testing – Sashi

POLYURETHANE TESTING SERVICES

At Sashi Laboratory, we specialize in comprehensive testing services for polyurethane component materials. With our state-of-the-art facilities and experienced team of technicians, we ensure that your products meet quality standards, perform reliably, and meet your application needs. Whether you require testing for product development, quality assurance, or compliance purposes, we are committed to meeting your needs with precision and efficiency.

STATIC LABORATORY

Machine can be operated both directions for compression and tension testing up to 50KN.
Latest & advanced testing software for different kind of testing like Tensile, Elongation, Modulus, Tear
Customized Testing requirements can also done with specified testing method(ie.Bending, Bonding, Flexural, Pulling, Punching, etc. )
Test results includes ultimate Tensile Testing Strength at break

Maximum extension at break
Percentage of Extension
Percentage of Compression
Yield stress, Yield Point, Young Modules
Flexural stress, Flexural modules
Graph of stress vs strain
Specification of specimen ( Data Sheet)

DYNAMIC LABORATORY

Capable of performing 50 Ton fatigue load having frequency range of 0.01 to 10Hz for 10 million cycle.
Horizontal displacement (Stroke)of up to 50mm(+/- 0.01 mm)
Dynamic torque load of up to 10kN/m with maximum angular displacement of 45°
Capable of performing dual axis (50 Ton & 20 Ton) and 3-axis(50 Ton, 20 Ton & 10 Ton) fatigue testing simultaneously.
Facility to print the statistical/dynamic analysis data with graphical representation in desirable format.
System Mapping configuration can be done up to 10 tasks with manual instructions.
Signal Conditioning and controlling unit can be accessed remotely.

TENSILE TESTING (ASTM D 412)

Tensile Specimen

Tensile (ASTM D 412) Testing

TENSILE & TEAR STRENTH OF POLYURETHANE

Tensile testing, as defined by ASTM D 412, is a standard method used to determine the tensile properties of rubber & polyurethane components. This test provides valuable insights into the material’s behavior under tension, including its strength, elasticity, elongation, and resilience. Tensile test data provides valuable insights into the performance characteristics of polyurethane materials, aiding in the development of new products and formulations. Data also allows our engineers to compare the tensile properties of different polyurethane materials, facilitating informed decisions during material selection for specific applications.

Die C Specimen (ASTM D 624)

Die C Test (ASTM D 624)

Trouser (ASTM D1938-14) Test

BAYSHORE RESILIENCE (ASTM D 2632)

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