Cross-Hatch Method Tester

The cross-cut tester assesses the adhesion of coatings by using a blade to cut a grid pattern on the coating surface, applying and then peeling off adhesive tape, and observing the degree of coating detachment. It is used to evaluate the adhesion between the coating and the substrate, making it suitable for quality control in industries such as paints and inks.
Selection
When selecting a cross-cut adhesion tester, consider matching the coating thickness with the cutter specifications. Different blade types are suitable for metal or plastic substrates. Choose between manual or electric operation based on the testing frequency. Select the grid spacing according to standard requirements, and compare adhesion grades with industry standards.
Tooth spacing
Number of teeth
Test substrate
Measured film thickness
Number of blades
Applicable standard
Miscellaneous

Instruments

Multi-blade design is equipped with 6 cutter teeth, 1.5mm equal spacing arrangement, suitable for 50~ 125μm film thickness environment testing, to ensure cross-cutting accuracy in line with international standards.

$ 855.00

Made of carbide steel, the number of teeth is 11, and the tooth spacing is 1mm to ensure accurate and even cross-cutting. The winger design improves cutting effect and durability.

$ 81.00

Equipped with 1mm and 2mm cutter head spacing, the number of cutter teeth is 11, which can meet the needs of different paint film thickness testing, easy to operate and in line with international standards.

$ 186.00

Wedge cutting method for direct measurement Coating thickness, equipped with 50 times magnification Microscope can read 1/100 grid accuracy, support multi-layer coating system delamination measurement, weight only 400 grams for on-site operation.

$ 1526.00

The number of teeth is 11, the spacing is 1mm, and the single-sided simple cutter head design can be used for cross-cutting experiments. Standard two cutter heads are provided for easy operation.

$ 186.00

11 teeth blade design, 1.5mm isometric cutting, equipped with automatic adjustment of the blade holder to ensure pressure Balance, circular cutter with eight incisions, suitable for 50-125μm film thickness environment test.

$ 947.00

11 tooth cutter design, 2mm pitch, single-sided simple cutter head, can carry out cross-cut experiment, test coating adhesion, in line with a number of international standards.

$ 186.00

Tooth pitch of 1mm, 6 teeth design, can accurately draw 25 squares, suitable for 0-60 µm film thickness of strong substrate testing, in line with international standards.

$ 186.00

The number of teeth 6, spacing 3mm, using circumferential multi-faceted cutter surface design, long service life, suitable for film thickness greater than 120 μ m hard substrate test cross-cut.

$ 186.00

The number of teeth is 6 teeth, the spacing is 2mm, and the multi-cutter surface circumference and multi-faceted design is adopted, which has a long service life and is suitable for 60 to 120μm hard substrate samples.

$ 186.00

The ergonomic handshake design is labor-saving, and the blade can be easily replaced; the top width of the blade is less than 0.05mm, and the included angle is 30 ° +/- 1 ° to ensure accurate and clear scratches and improve test accuracy.

$ 151.00

Made of stainless steel, with 6 precision teeth, the spacing is accurate to 1mm, and the cutting edge is kept sharp to ensure the accuracy and Repeatability of the paint film test.

$ 154.00

Using high-quality alloy steel blades, the top width of the blade is less than 0.05mm, the angle of the blade is 30 ° +/- 1 °, the ergonomic handshake design is lightweight, and the blade can be quickly replaced to meet a variety of standard testing requirements.

$ 151.00

Adopting ergonomic handshake design, it is lightweight and labor-saving to use; the blade can be quickly replaced, the top width of the blade is less than 0.05mm, and the included angle is 30 ° +/- 1 °, ensuring accurate cutting and long-lasting durability.

$ 151.00

Adopting 6 cutter face circumference multi-face cutter tooth structure, the service life is significantly improved. The cutter tooth spacing is 1mm, which is suitable for the testing requirements of solid substrates with film thickness below 60μm.

$ 186.00

Articles

The adhesion tester employs a comparative analysis of methods including the cross-cut test, the scratch test, and the pull-off test.
This article compares three commonly used adhesion testing methods: the cross-cut test, the scratch test, and the pull-off test.
Cross-cut Adhesion Tester for Evaluating Adhesion of Paint Coatings
This article introduces the cross-cut adhesion test, a common method for evaluating the adhesion of paint coatings.
Adhesion tester evaluates the bonding strength between coating and substrate.
The adhesion tester is a device used to measure the bonding strength between a coating and the substrate. It applies a pulling force until the coating detaches, records the force value, and calculates the strength. Common testing methods include the pull-off method, cross-cut method, etc., each with corresponding standards.
Correlation of Evaluation Results Among Circle Method, Grid Method, and Pull-Off Method in Adhesion Assessment
This article mainly discusses three common methods used in coating adhesion testing: the cross-cut test, the scratch test, and the pull-off test. The choice of method should be based on the specific characteristics of the coating and the testing objectives. Sometimes, combining multiple methods can provide a more comprehensive evaluation of adhesion performance.
Adhesion Test of Paint Film: Cross-Cut Method and Pull-Off Method
Film adhesion is a key performance indicator for evaluating the bond strength between a coating system and the substrate, with the cross-cut test and the pull-off test being two widely applied standard testing methods.
How to Choose a Paint Film Cross-Cutter? A Guide to Understanding Key Technical Points
In the field of coating quality control, the Cross-Cut Test is a classic and essential method for evaluating coating adhesion. This article provides a detailed introduction to its selection logic.