Cheap Horizontal Tensile Strength Testing Instrument Fos Sale Paper
Packaging Breaking Strength Measurement Machine
Introduction to the Horizontal Tensile Strength Testing Instrument
The Horizontal Tensile Strength Testing Instrument is a state-of-the-art device designed to measure and analyze the
tensile properties of various materials, including paper,
paperboard, tissue paper, and other tissue products. Engineered for
precision and reliability, this instrument is essential for
laboratories and industries requiring accurate tensile strength
measurements. Whether used for quality control, product
development, or research, the Horizontal Tensile Strength Testing Instrument delivers robust performance to ensure accurate and repeatable
results.
Overview of the Horizontal Tensile Strength Testing Instrument
The Horizontal Tensile Strength Testing Instrument operates on the principle of constant-rate-of-elongation, making
it ideal for determining key physical properties of materials. This
instrument measures tensile strength, stretch at maximum force,
tensile energy absorption, and tensile stiffness. Additionally, it
calculates the tensile index and tensile energy absorption index,
providing comprehensive insights into material performance.
Key Features:
- High Precision: The Horizontal Tensile Strength Testing Instrument is equipped with advanced sensors and control systems, ensuring
accurate measurement of tensile forces and elongation.
- Versatile Testing Capabilities: Suitable for various materials, including paper, paperboard, and
tissue products.
- User-Friendly Interface: A 7-inch touch screen provides intuitive operation and data
management.
- Adjustable Clamping: Pneumatic clamping system with adjustable pressure for secure and
consistent sample holding.
Technical Specifications
| Measurement range | 30N, 500N or as required |
| Elongation measurement range | 45-260mm |
| Stretching speed: | (1~500) mm/min |
| Return speed | 100mm/min |
| Clamp spacing | 1~250mm |
| Test speed accuracy | (1~10) mm/min: ±0.1mm/min |
| sampling frequency | 400 Times/S |
| Accuracy | ≤±0.5% |
| Force accuracy | ±0.1% (20~100%FS) |
| Deformation resolution | ≤0.1mm |
| Sample Clamping | pneumatic |
| Clamping pressure | 0.2-0.7Mpa (adjustable) |
| Sample size | 1-25mm |
| Human-machine interface | 7 in touch screen |
| Printout | embedded thermal printer. |
| Power | AC 220V 50Hz |
| Dimension | 650*500*400mm |
Testing Principles and Methods
The Horizontal Tensile Strength Testing Instrument tests a specimen by stretching it to break at a constant rate of
elongation. During the test, it records the tensile force applied
and measures the elongation of the test piece. From this data, the
tensile strength, stretch at maximum force, and tensile energy
absorption can be calculated. This method ensures that all relevant
tensile properties are accurately determined.
Standards Compliance
The Horizontal Tensile Strength Testing Instrument meets the following standards:
- GB/T 12914
- GB/T 24328.3
- GB/T 24328.4
- GB/T 24328.5
- QB/T 5560
- ISO 1924-1
- ISO 1924-2
- ISO 1924-3
- ISO 12625-4
- ISO 12625-5
- TAPPI T494
FAQs
What is Tensile Strength?
Tensile strength is the maximum tensile force a specimen can
withstand before breaking. It is measured as force per unit width
of the test specimen.
What is Stretch at Maximum Force?
Stretch at maximum force is the ratio of the elongation of a
specimen to its initial length when maximum tensile force is
reached. It is expressed as a percentage of the initial test span
length.
What is Tensile Energy Absorption (TEA)?
Tensile energy absorption is the amount of energy absorbed by a
specimen while being stretched until the point of break. It is
measured per unit surface area of the test piece.
What is Tensile Stiffness?
Tensile stiffness is the ratio of tensile force to tensile strain
within the elastic region of the tensile-strain relationship. It
represents how much force is needed to produce a certain amount of
elongation.
What is the Tensile Index?
The tensile index is the tensile strength divided by grammage. It
provides a measure of the material's tensile strength relative to
its thickness.
