Paper push-pull Gauge

The paper push-pull gauge measures the tensile strength and peel force of paper through sensors. It is used to detect the physical properties of paper and cardboard under force, guiding adjustments in production processes and quality control.

Instruments

Measured value up to 5000N, suitable for sheet and block material push-pull force and destructive force test, supporting the Force Gauge test bench.

$ 78.00

Measured value 50000N, suitable for tape, leather, paper and other sheet or block material push-pull force and destructive force test, supporting the Force Gauge test bench.

$ 104.00

Measured value 500N, suitable for sheet, block material push-pull and destructive force test, can be used with Force Gauge test stand.

$ 130.00

Measured value 5000N, suitable for the push-pull force and destructive force test of bakelite block, Glass, leather, paper and other sheet or block materials.

$ 107.00

Measured value 500N, suitable for the push-pull force and destructive force test of bakelite block, Glass, leather, paper and other sheet and block materials.

$ 98.00

With 0.5 Precision and 5 unit conversion functions, it supports real-time tracking and peak hold mode switching. The built-in lithium battery can last for about 25 hours, and the lightweight design weighs only 0.23kg for easy portability.

$ 183.00

The weight is only 0.23kg and the size is small, the built-in sensor accuracy reaches 0.5 level, supports 5 unit conversion and real-time tracking modes, can set the upper and lower limit alarm and peak holding time, and the lithium battery lasts about 25 hours.

$ 183.00

Built-in Sensor structure, Measurement range 200N, accuracy level 0.5, support 5 unit conversion, with real-time tracking and peak hold mode, can set the upper and lower limit alarm and automatic shutdown function.

$ 183.00

Built-in High Accuracy Sensor, Precision up to 0.5, supports 5 unit conversion and real-time tracking, peak hold dual mode, with upper and lower limit alarm function, battery life is about 25 hours.

$ 183.00

Built-in High Accuracy Sensor, Precision up to 0.5, supports 5 kinds of unit free conversion, with real-time tracking and peak hold dual mode, can set the upper and lower limit alarm function, battery life is about 25 hours.

$ 183.00

Measurement range 30N, accuracy level 0.5, built-in Sensor structure, support real-time tracking and peak hold mode switching, with upper and lower limit qualification interval setting and automatic sound and light alarm function, lithium battery power supply can work continuously for about 25 hours.

$ 183.00

Built-in High Accuracy Sensor, Precision up to 0.5, supports 5 units real-time conversion, has peak hold and automatic alarm functions, and is easy to carry with a special toolbox.

$ 183.00

Measurement range 300N, Precision 0.5, built-in Sensor structure, support real-time tracking and peak hold mode switching, with upper and lower limit qualification interval setting and automatic sound and light alarm function, lithium battery power supply battery life of about 25 hours.

$ 183.00

High Accuracy measurement, Indication Error less than +/- 0.5%, Maximum Measured value 200N, Support Data storage, Automatic alarm and unit conversion, Suitable for a variety of test scenarios.

$ 294.00

High Accuracy and 0.005KN resolution, support for 10 data storage and automatic averaging, peak hold, automatic alarm and RS-232C interface for Linear dispersion testing and printer output.

$ 708.00

Articles

Application of Small Push-pull Force Gauge in Rapid Inspection of Adhesive Peel Strength for Mobile Phone Screens
This article introduces how to quickly test the peel strength of adhesive on phone screens using a small push-pull gauge.
Extended Application of Paper Water Absorption Tester in the Dispersibility Evaluation of Tissue Paper
This article explores how to extend the application of an instrument originally used for testing the water absorption capacity of paper to evaluate the dispersibility of tissue paper.
Short Span Compression Strength (SCT) Tester for Analyzing Paper Compression Resistance
The short-span compressive strength (SCT) tester is used to measure the resistance of materials such as paper and cardboard to compression over a short distance, primarily following international standards such as ISO 9895.
IGT Printability Tester Evaluates Paper Surface Pick Resistance
This article introduces how to use the IGT printability tester to evaluate the surface pick resistance of paper. Picking refers to the phenomenon where the tack force of the ink is too high during printing, causing the surface fibers of the paper to be lifted, which affects print quality.
Internal Bond Strength Scott Tester for evaluating interlayer bonding force of paper.
This article introduces the method of evaluating the interlayer bonding strength of paper using a Scott tester. The interlayer bonding strength affects the printing and mechanical properties of paper. During testing, the instrument peels the paper vertically through an adhesive test head, records the energy required for separation, and calculates the internal bond strength.
Tensile strength testing machine measures the tensile properties of paper.
The tensile strength tester is used to determine the tensile properties of paper by simulating the stretching process to obtain key parameters such as tensile strength and elongation at break. The testing follows standards such as ISO and GB to ensure reliable results.
Paper Whiteness Tester Measures CIE Whiteness
This article explains how a paper whiteness meter measures CIE whiteness. Whiteness is a crucial optical indicator for evaluating paper quality. Traditional methods rely on subjective judgment, while modern instruments provide objective data by simulating standard lighting conditions.
Glossmeter 75-degree angle measurement for paper gloss
This article introduces the principle and method of measuring paper gloss using a 75-degree specular gloss meter. Gloss is defined as the ratio of the light reflected from the paper surface to that reflected from a standard reference plate, with the 75-degree angle commonly used for measuring medium to high gloss papers.
Sheffield Smoothness Tester for Analyzing Paper Printing Surface
This article introduces how the Sheffield smoothness tester analyzes the printing surface of paper. The instrument quantifies paper smoothness by measuring the air leakage time, with a longer time indicating a smoother surface.
Schopper air permeability tester measures paper air permeability.
The Schopper air permeability tester measures the air permeability of paper based on Poiseuille's law, calculating the permeability by either the air flow rate under a constant pressure difference or the pressure difference at a fixed flow rate.
Cobb Absorbency Tester Evaluates Paper Water Absorption Capacity
The Cobb water absorption tester is used to measure the water absorption capacity of paper or cardboard by simulating the liquid contact process and calculating the mass of water absorbed per unit area to determine the Cobb value.
Paper Thickness Gauge for Determining Paper Thickness and Apparent Density
This article explains how to measure paper thickness and apparent density using a paper thickness gauge. Thickness refers to the vertical distance between the two sides of paper under standard pressure, while apparent density is calculated by dividing the basis weight by the thickness, reflecting the compactness of the paper.
Contact angle measuring instrument measures the surface wettability of paper.
The contact angle goniometer evaluates wettability by measuring the contact angle of a liquid droplet on the surface of paper, based on the principle of Young's equation. The static drop method is commonly used for measurement, requiring control over sample flatness, environmental conditions, and droplet volume, while also considering the influence of surface roughness.
Application of Valley Beater in Pulp Laboratory Beating
The Valley beater is a device used in laboratories to simulate industrial beating processes. It modifies the morphology of pulp fibers through mechanical action, thereby influencing paper properties. During operation, parameters such as beating pressure, pulp consistency, and beating time must be controlled, with the beating degree serving as a quantitative measure of the effect.
Standard Method for Determining the Beating Degree of Pulp Using a PFI Mill
This article introduces the standard method for measuring the degree of pulp beating using a PFI mill. The beating degree is a key indicator of the extent of pulp fiber processing and directly affects paper quality.