Tensile Testing Machines

Precision, Durability, and Performance in Rubber Testing

When it comes to evaluating the mechanical properties of materials, especially their strength under tension, the Tensile Testing Machine stands out as an essential tool across industries. From basic laboratory experiments to advanced R\&D and industrial quality assurance, tensile testing ensures that materials meet stringent performance standards. In this comprehensive guide, we dive deep into the world of Tensile Testing Machines, highlighting their features, versions, and applications for customers across India.

Servo Tensile Testing Machine

Servo Tensile Testing Machine

What is a Tensile Testing Machine?

A Tensile Testing Machine (also known as a Universal Testing Machine in tensile configuration) is designed specifically to determine the tensile strength, elongation, yield strength, and breaking point of materials. The machine applies a controlled uniaxial force to a specimen until failure, recording important data about its mechanical behavior.

PSI Tensile Testers – Trusted Worldwide for Precision and Reliability

PSI tensile testers are highly popular in both domestic and international markets, known for their accuracy, durability, and advanced features. With deep roots in the material testing industry dating back to 1956, PSI Sales began manufacturing and selling tensile testing machines in 1986.
Over the years, PSI has developed specialized test methods using tensile testing equipment to address complex industrial challenges. Our dedicated research and engineering teams have designed unique jaws and fixtures specifically tailored to securely hold a wide range of materials and components during testing.
By combining cutting-edge research, expert design, in-house manufacturing, and accredited testing facilities, PSI delivers customized testing solutions to meet diverse customer requirements. Our tensile testing machines are trusted by industries worldwide for quality control, product development, and compliance with international standards.

Electronic Tensile Tester with printer

Electronic Tensile Tester with printer

Electronic Tensile Tester EL Series

Electronic Tensile Tester EL Series

Computerised Tensile Tester L-series Table Top Model

Computerised Tensile Tester L-series Table Top Model

Available Versions:

  • Electronic Tensile Tester’s microprocessor based with peak load indicator & a graduated scale.
  • Electronic Tensile tester’s microprocessor based COMBO model (digital/LCD display for both force and cross head movement)
  • Electronic Tensile tester’s microprocessor based COMBO model (digital/LCD display for both force and cross head movement)

Available Models:

  • EL Series: Tensile Testers Extra Light Series starting from 10 Newton to 1000 Newton.
  • L Series: Tensile Testers Light Series starting from 1500 Newton to 10000 Newton.
  • H Series: Tensile Testers Heavy Series starting from 15kN to 100kN.
  • Servo Series: Tensile Testers Servo Series starting from 10 Newton upto 100kN

Features:

  • Microprocessor based LCD display for accurate test results ±1%
  • After completion the test auto home return (only in Digital Version)
  • Memory for retaining peak value automatically
  • Start operation with Feather touch controls
  • Maximum travel length : 650 mm grip to grip
  • Safety Limit Switches for Over Travel Protection
  • In built Internal Load Calibration option.
Computerized Tensile Tester L-series Floor Model

Computerized Tensile Tester L-series Floor Model

Computerised Tensile Tester H-series

Computerised Tensile Tester H-series

Optional:

  • Customised Software with two way communication system.
  • Advanced load sensor sensing through advanced electronics.
  • Graph of Force Vs Elongation
  • Easy Data Management. User can create product identification, Sample ID, Shape of specimen, company name, operator details etc.
  • Auto Cut off Facility After completion the test
  • AC Speed drive as optional accessory (Variable Test Speed)
  • Specially designed gripping jaws for holding fragile samples.

Why Choose PSI Sales’ Tensile Testing Machines?

  1. Nationwide Reach with Pan India Service
    We serve customers across Delhi, Mumbai, Bangalore, Hyderabad, Chennai, Pune, Ahmedabad, Kolkata, and all other major and emerging industrial hubs. Our dedicated service team ensures quick installation, training, and maintenance support.
  2. Unmatched Customization
    Our machines can be tailored with different fixtures, grips, software features, and automation levels to meet diverse client requirements.
  3. Compliance & Certification
    All machines comply with international standards such as ASTM E8, ISO 6892, and BIS standards, and are calibrated in line with NABL guidelines.
  4. Trusted by Top Organizations
    We have installations in leading government laboratories, PSUs, IITs, NITs, private universities, and major corporate R&D centers. From steel giants to textile innovators, our tensile testing machines are relied upon by India’s most demanding customers.

Applications of Tensile Testing Machines

  1. Metals and Alloys
    Tensile strength and elongation verification
    Quality control in steel plants and metal forging industries
  2. Plastics and Polymers
    Testing ductility and deformation behavior
    Widely used in packaging and automotive sectors
  3. Composites and Advanced Materials
    Aerospace and defense materials testing
    High-performance sporting goods and wind energy components
  4. Textiles and Leather
    Evaluating tear and tensile properties
    Ensuring compliance with international apparel standards
  5. Construction Materials
    Wire, rebar, and fasteners
    Adhesives and sealants
  6. Academic and Research Institutions
    Student training and lab experiments
    Material innovation and studies

How to Select the Right Tensile Testing Machine

When selecting a tensile testing machine, consider the following factors:

  • Load Capacity: Depending on the maximum force your specimens require.
  • Material Type: Metals, polymers, composites, or textiles.
  • Accuracy Requirements: Research-grade or industrial quality control.
  • Software and Data Management: Need for automated reporting, graph analysis, and database storage.
  • Grip and Fixture Compatibility: To handle different shapes and sizes.
  • Budget: Investing in a high-quality machine ensures long-term cost-effectiveness and reliability.

Request a Quote

Whether you are a government research facility, private manufacturing company, or an educational institute, we are ready to help you select the perfect tensile testing solution.
Contact us today for a free consultation and personalized quotation.