Overview
JW-114-2 Adjustable Paper cutter is a sampling tool of JINGWEN brand, specially designed for MIT folding resistance tester, which is used to detect the fatigue performance of paper folding resistance, and can measure the number of folds and folding resistance of paper. The instrument is also suitable for the fatigue performance detection of Spinning & weaving products, Plastic film, wire and other products. It is an ideal tool for mass inspection of products in papermaking, Encasement, Spinning & weaving products, wire and other manufacturers.
Features
1. Paper cutter range 0-70mm, suitable for different sampling needs.
The sampling size is accurate and the error is small, such as 15mm +/- 0.10mm and 25.4mm +/- 0.15mm.
3. High parallelism of the incision, ≤ 0.05mm, to ensure the sampling mass.
4. Lightweight design, weight only 2kg, easy to operate and move.
5. The sampling thickness can reach < 3.0mm, and the application range is wide.
Principle
The adjustable Paper cutter achieves adjustable cutting in the range of 0-70mm through a precise mechanical adjustment system, ensuring the accuracy of sampling dimensions. In operation, after the user sets the required size, the tool cuts, and the cut parallelism is controlled within ≤ 0.05mm to provide standardized samples for subsequent folding tests.
Applications
Paper Manufacturers, Encasement Manufacturers, Spinning & weaving Products Manufacturers, Wire Rod Manufacturers
Standards
ISO 5626、GB 2679.5
Steps
1. According to the test requirements, adjust the Paper cutter to the required size (0-70mm adjustable).
2. Place the material to be tested in the sampling area to ensure that it is flat.
3. Start the cutting operation to obtain standard size samples.
4. Check whether the sampling size and notch parallelism meet the requirements.
5. The sample is used in the MIT refractory tester for subsequent testing.
Notice
• Make sure the material thickness does not exceed 3.0mm before operation.
• Pay attention to the error range when adjusting the size to avoid exceeding the standard.
• Keep the material flat when cutting to prevent incision deviation.
• Regularly check tool sharpness and parallelism to ensure sampling accuracy.
• Clean the equipment after use to avoid residues affecting the next use.
