What does a Peel Strength Tester LTPS-A10 measure?

Labtron’s Peel Strength Tester LTPS-A10 evaluates the electrostatic charge accumulated on plastic films during tearing or separation. It’s crucial for packaging and electronics industries where static discharge can damage components or attract dust. The tester measures voltage in kilovolts (kV) and helps identify whether antistatic treatments are required. Proper grounding, consistent environmental conditions, and calibrated sensors are essential for accurate and repeatable results during testing of various film types.

What are the benefits of using a Peel Strength Tester LTPS-A10?

Labtron’s Peel Strength Tester LTPS-A10 is better alignment for long, flexible, or heavy specimens such as wires, tapes, and films. They reduce sagging and misalignment caused by gravity, leading to more accurate force measurements. These testers are easier to integrate into production lines and can accommodate large or automated sample handling systems. Their robust design and flexibility make them ideal for continuous quality control in manufacturing environments where space and orientation flexibility are important.

How is static voltage measured during film tearing in packaging tests?

Static voltage is measured using non-contact sensors that detect the electric field generated as the film tears. The film is placed and torn under controlled conditions while the sensor records the peak voltage. This data helps manufacturers understand electrostatic behavior, especially in high-speed packaging lines. Accurate measurements depend on film type, tearing speed, ambient humidity, and distance from the sensor. Results guide decisions on antistatic agents, film selection, and packaging safety protocols.

What is tested using a peel Strength Tester LTPS-A10?

Labtron’s Peel Strength Tester LTPS-A10 evaluates the adhesive bond strength between two materials, typically films, laminates, or adhesive tapes. It measures the force required to peel one material from another at a constant angle, usually 180° or 90°. This is crucial for assessing seal integrity and adhesive quality in packaging, automotive, and electronics. Horizontal configuration supports flexible or elongated specimens and provides better control of peeling direction, ensuring accurate and consistent test results.

How do you ensure accurate results in static voltage and tensile/peel tests?

Accuracy is achieved by proper specimen preparation, environmental control (especially humidity for static tests), and regular equipment calibration. For tensile and peel testing, alignment, grip selection, and standardized test speeds (per ASTM or ISO methods) are key. For static voltage tests, the sensor’s distance, angle, and environmental charge neutrality are crucial. Using certified materials, maintaining a clean testing area, and training operators also improve consistency and reduce variability in results.

Peel Strength Tester LTPS-A10

Name: Peel Strength Tester LTPS-A10
Brand: Labtron
SKU: LTPS-A10
Rating: 4.7 (698 reviews)

Peel Strength Tester LTPS-A10 is designed to test the voltage of samples during the peeling of their protective films. It has a display that constantly displays the reading. Its standard distance of measurement range is from 25 mm to +/- 1mm gives quite a range. The response time of the machine is impressive speed of 1 second, providing instant results. Additionally, it has an LCD display with a 5 times per second update. Our Peel strength tester is designed to test the voltage of the sample during the peeling of protective film.

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Test Angle	180°
Display Method	Infra-red voltage tester with digital readout
Signal Output	Oscillating type
Data Frequency	0.5 seconds at a time
Test Range	10V～19.99kV；1V～1999V(other voltage ranges available)
Test Distance	30mm(between the measured and detected parts)
Power Supply	DC9V Alkaline angle type dry cell
Measurement Speed	0.01-15000mm/min Adjustable
Effective Stroke	450mm
Specimen Width	Larger than 150mm
Test Method	Tear film and voltmeter synchronized action operation
Test Results	Force results, force curves, instantaneous voltage values, etc.
Shutdown Method	Upper and lower limit safety settings, test piece breakpoint sensing
Motor Drive	Servo motor drive
Machine Drive	Ball Screws + Linear Guide way
Machine Power	400W
Machine Dimensions	1050 mm (W) × 420 mm (D) × 365 mm (H)
Use of Power	220V (50 Hz)

Lightweight
Multiple operation modes
LCD display
LED for distance measurement
Resistant ionized airflow condition

Our Peel Strength Tester LTPS-A10 has an Infra-red voltage tester with a digital readout, allowing a great range of distance measurement. Our peel strength tester is designed to test the voltage of the sample during the peeling of the protective film.

USB communication cable
A software

Ring-type initial adhesion jig
Steel plate (computer self-contained)
Sensors (10N, 20N, 50N, 100N, 200N, 500N, 1KN)

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Peel Strength Tester LTPS-A10 Catalog

Models of Peel Strength Testers

Labtron provides Peel Strength Testers designed to test the voltage of samples during the peeling of their protective films. The testers are equipped with LCD display that constantly displays the reading and LED lights for distant analysis. Their structure is compact, and desktop design makes it easy to move has a measurement range from 25 mm to +/- 1mm gives quite a range. These devices have the latest and fastest response time of up to 1 second. Our Peel strength testers are designed to test the voltage of the sample during the peeling of protective film, mostly wires.

Peel Strength Tester LTPS-B10

Capacity (MAX) : 1KN(optional 10N~1KN force sensor)
Control Method : Full computer control mode, powerful software
Unit of Force : N, kN, gf, kgf, lbf, kP, tf(SI, tf(long)
Unit of Length : Mm, cm, Inch, m, km, um

Peel Strength Tester LTPS-A10 FAQ's

Labtron’s Peel Strength Tester LTPS-A10 evaluates the electrostatic charge accumulated on plastic films during tearing or separation. It’s crucial for packaging and electronics industries where static discharge can damage components or attract dust. The tester measures voltage in kilovolts (kV) and helps identify whether antistatic treatments are required. Proper grounding, consistent environmental conditions, and calibrated sensors are essential for accurate and repeatable results during testing of various film types.
Labtron’s Peel Strength Tester LTPS-A10 is better alignment for long, flexible, or heavy specimens such as wires, tapes, and films. They reduce sagging and misalignment caused by gravity, leading to more accurate force measurements. These testers are easier to integrate into production lines and can accommodate large or automated sample handling systems. Their robust design and flexibility make them ideal for continuous quality control in manufacturing environments where space and orientation flexibility are important.
Static voltage is measured using non-contact sensors that detect the electric field generated as the film tears. The film is placed and torn under controlled conditions while the sensor records the peak voltage. This data helps manufacturers understand electrostatic behavior, especially in high-speed packaging lines. Accurate measurements depend on film type, tearing speed, ambient humidity, and distance from the sensor. Results guide decisions on antistatic agents, film selection, and packaging safety protocols.
Labtron’s Peel Strength Tester LTPS-A10 evaluates the adhesive bond strength between two materials, typically films, laminates, or adhesive tapes. It measures the force required to peel one material from another at a constant angle, usually 180° or 90°. This is crucial for assessing seal integrity and adhesive quality in packaging, automotive, and electronics. Horizontal configuration supports flexible or elongated specimens and provides better control of peeling direction, ensuring accurate and consistent test results.
Accuracy is achieved by proper specimen preparation, environmental control (especially humidity for static tests), and regular equipment calibration. For tensile and peel testing, alignment, grip selection, and standardized test speeds (per ASTM or ISO methods) are key. For static voltage tests, the sensor’s distance, angle, and environmental charge neutrality are crucial. Using certified materials, maintaining a clean testing area, and training operators also improve consistency and reduce variability in results.