オールグッド List of Products and Services

This product is a type of automatic Krebs viscometer that measures the viscosity of liquids digitally and allows for manual operation to raise and lower the measuring unit. Its basic performance is similar to the 087 automatic Krebs viscometer, but it can accommodate various sizes of sample cans by manually raising and lowering the measuring unit using the handle on the right side of the main body. The product comes with a sample can holder, allowing it to be used with smaller sample cans. 【Features】 ■ Manual operation to raise and lower the measuring unit ■ Compatible with various sizes of sample cans ■ Comes with a sample can holder ■ Can be used with smaller sample cans *For more details, please refer to the related link page or feel free to contact us.

• Other measuring instruments

The "Pendulum Hardness Tester" is a testing machine used to evaluate the hardness of coating surfaces. The evaluation of surface hardness is conducted based on the number of swings and the duration of swinging. It is equipped with an automatic lifting protective cover that completely encloses the device, preventing even slight winds that could affect the pendulum test, thus maintaining the stability of the pendulum. Additionally, it features a built-in sensor that accurately measures the level, and it allows for the monitoring of temperature and humidity during testing. 【Features】 ■ No human error occurs ■ Provides a stable testing environment ■ Equipped with an automatic lifting protective cover that completely encloses the device ■ Prevents even slight winds that could affect the pendulum test ■ Maintains the stability of the pendulum *For more details, please refer to the related link page or feel free to contact us.

• others

Using the "Rotary Cross Hatch Cutter," cross-cut tests (grid tests) to evaluate the adhesion and bonding strength of coatings can be performed on products with curved surfaces. For pipe-shaped objects, cuts can be made down to a minimum diameter of Φ40mm. The tip is equipped with multiple blades, allowing for six cuts to be made in the coating at once. Not only can evaluations be conducted on flat test pieces, but cross-cut tests can also be performed on actual products, leading to improved quality. 【Features】 ■ Cross-cut tests (grid tests) to evaluate the adhesion and bonding strength of coatings can be performed on products with curved surfaces. ■ Cuts can be made down to a minimum diameter of Φ40mm for pipe-shaped objects. ■ The tip is equipped with multiple blades, allowing for six cuts to be made in the coating at once. ■ Available in 6 cuts at 1mm intervals (25 square test) and 6 cuts at 2mm intervals (25 square test). *For more details, please refer to the PDF document or feel free to contact us.

• Work tools

This product is a thickness gauge used for measuring wet film thickness. To prevent slipping during measurement, the outer ring has been treated with a non-slip finish (serrated processing). The accuracy is ±2.5% + 1μm, allowing for more precise thickness management compared to comb-type gauges. Please choose your measurement range from a wide lineup. 【Features】 ■ Used for measuring wet film thickness ■ Allows for more precise thickness management compared to comb-type gauges ■ Accuracy is ±2.5% + 1μm ■ The outer ring has a non-slip finish (serrated processing) to prevent slipping during measurement ■ A wide range of measurement options available *For more details, please refer to the PDF document or feel free to contact us.

• Plastering and painting work

This product is a thickness gauge used for measuring wet film thickness. When the blade part is brought into contact with a wet (un-dried) paint film, the boundary between the blade that adheres paint and the blade that does not can be confirmed. The thickness at that boundary is the wet film thickness. Additionally, since it is made of stainless steel, it can be used repeatedly by wiping off the paint after use, and we offer S and M models with different measurement ranges. 【Features】 ■ Used for measuring wet film thickness ■ Made of stainless steel, allowing for repeated use by wiping off paint after use ■ Available in S and M models with different measurement ranges ■ The calibration certificate (in English) provided at the time of manufacture specifies the measured values of the "gaps" for each blade *For more details, please refer to the PDF document or feel free to contact us.

• Plastering and painting work

This product is a digital micrometer type film applicator with a film thickness adjustment function from the 064 series. The film thickness to be applied can be adjusted using a digital micrometer. The resolution is 1μm, allowing for free changes in the gap in 1μm increments. Additionally, the paint pouring guide creates a puddle of paint (sample) in front of the scraper, ensuring a continuous supply of paint during application, which enables a more stable coating without interruptions. 【Features】 - The film thickness to be applied can be adjusted using a digital micrometer. - The resolution is 1μm, allowing for free changes in the gap in 1μm increments. - Standard models have application widths of 100, 150, 200, 250, and 300mm. - Custom models can be manufactured with any application width specification (minimum 60mm to maximum 350mm). - The accuracy of the gap is ±2μm. - Custom models can be produced in a paint pouring guide type (B/M type). *For more details, please refer to the related link page or feel free to contact us.

• Analysis and prediction system
• Surveying
• Other analytical equipment

A film applicator that allows you to adjust the coating thickness with a micrometer. It is characterized by the ability to apply paint or ink neatly without spilling over the sides, matching the coating width. - Coating widths are available in 50, 100, 150, 200, 250, and 300 mm. - The gap can be freely adjusted from 0 to 3500 μm. - The variable adjustment is made in increments of 10 μm, with a gap accuracy of ±2 μm. This is very convenient for setting conditions. The magnetic scraper can be easily removed, making post-use cleaning very simple. Additionally, the B/M type comes with a paint pouring guide, which allows for a puddle of paint (sample) to be created in front of the scraper, ensuring a continuous supply of paint during application for a more stable coating without interruptions. The paint pouring guide is also easy to remove for cleaning. It can be used manually, of course, but it is also compatible with automatic film applicators (tabletop coating machines).

• Analysis and prediction system
• Surveying
• Other analytical equipment

It is a metal specific gravity cup (metal specific gravity bottle) used to measure the density of paints and related products. It is also called a pycnometer. It comes in capacities of 50ml, 100ml, and 83.3ml (US gallon), and is available in aluminum and stainless steel materials.

• Surveying
• Water quality/pH measuring device
• Other measuring instruments

The coating adhesion tester, known as the Adhesion Tester, is a testing machine used to measure the adhesion (bonding) between the coating and the substrate. According to JIS standards, "the cross-cut test should not be considered a means of measuring adhesion." The cross-cut test involves making cuts through the coating down to the substrate with a cutter, applying tape, and then pulling off the tape to evaluate the coating's resistance to delamination from the substrate, with the test results being a pass or fail determined by the visual inspection of the tester. The Adhesion Tester can measure the tensile force required for adhesive failure between the coating and the substrate by pulling a test cylinder attached to the coating, allowing for the measurement of adhesion strength between the substrate and the coating. Additionally, conducting this test daily can reveal trends towards defects based on changes in adhesion strength values. It accommodates various sizes of dollies, and the rate of tensile increase and test duration can be set via a touch panel. It is equipped with a rechargeable battery, making it portable for testing at painting sites.

• Other measuring instruments

The comparison plate is divided into four stages of different roughness, and the roughness of the inspection target surface is visually or magnifying glass confirmed through the hole in the center of the comparison plate to evaluate the blast roughness. It is used for the evaluation method of blast surfaces specified in ISO 8503-1 and JIS Z 0313. There are comparison plates for grit blasting (G) and shot blasting (S). The surface roughness for grit blasting is 25, 60, 100, and 150 μm, while for shot blasting, it is 25, 40, 70, and 100 μm.

• Construction company

When conducting pencil hardness tests by hand, there are two very difficult points to ensure consistently stable results: 1. Do not apply too much load (750g ± 10g). 2. Push a minimum distance of 7mm at a stable speed of 0.5 to 1mm/s. The new electric pencil hardness testing machine can achieve consistently stable test results because these two points are controlled electronically. First, the load can be set in increments of 10g from 500g to 1000g. Additionally, the test speed can be set from 0.5 to 8.5mm/s. The test duration can also be freely selected from 1 to 999 seconds. This allows for consistently stable testing to be conducted.

• others

The "Small Automatic Film Applicator" is a new type of coating machine (desktop automatic coater) that miniaturizes the "100 series" and enhances its functionality. The coating distance is up to A4 size. The coating speed ranges from 1 to 200 mm/s, allowing for a wide range of speed adjustments from low to high speeds. We offer a lineup including the glass plate "101-1," the vacuum chuck plate "101-2," and the glass plate/vacuum chuck dual type "101-3." 【Features】 ■ Coating distance is up to A4 size ■ Wide range of speed adjustments from low to high speeds ■ Load adjustment using weights is possible (up to 2000 gm) ■ The clamping part that holds the test piece can be finely adjusted to match the thickness of the test piece. It can accommodate thin test pieces like films and thick test pieces like glass plates when used in conjunction with the vacuum chuck plate. ■ Stable coating can be performed regardless of the material of the test piece. *For more details, please refer to the PDF document or feel free to contact us.

• others

The "100 Series" is an automatic film applicator (desktop automatic coater). It can be operated via a touch panel, and the sample size can be freely set up to "A3 size." Additionally, the coating speed can be changed in increments of 1 mm per second. We offer a lineup including the glass plate "100-1," the vacuum chuck plate "100-3," and the heated vacuum chuck plate "100-5." 【Features】 ■ All operations can be performed on the touch panel screen ■ Coating speed and coating distance can be freely set ■ Achieves a coating range of up to approximately A3 size ■ Contributes significantly to reducing curing time and stabilizing the coating film by adding heating during coating ■ Up to 6 original settings tailored to test pieces or samples can be memorized, allowing for immediate coating under the same conditions upon powering on *For more details, please refer to the PDF materials or feel free to contact us.

• others

The "Automatic Coating Film Evaluation Tester" is a device that can perform cross-cut tests, scratch hardness tests (pencil method/weighted needle method), and abrasion tests fully automatically. It can be used simply by setting the test piece and operating it via a liquid crystal touch panel, eliminating unstable factors associated with manual work and enabling accurate test results. With a protective cover, cross-cut tests can also be conducted safely. 【Features】 ■ Tests can be conducted at accurate speeds, loads, and directions ■ Tests can be performed on coatings from metal substrates to coatings on PET films ■ Main body size is W550×D410×H520mm ■ Supports detailed condition settings *For more details, please refer to the PDF materials or feel free to contact us. The basic information section also introduces "Adhesion Testers" and "Applicators."

• Other analytical equipment

Baking paint has a keep temperature. It is very important for the paint film that the temperature and time are properly maintained. Additionally, by checking the environment inside the furnace, the causes of paint film defects such as overbaking, underbaking, bubbling, and flaking can be verified. This product can be directly connected to the drying furnace for painting, making it easy to measure the furnace temperature, which previously required time and manpower. Measurement is completed simply by waiting for the heat-resistant box to enter and exit the furnace. This significantly reduces unnecessary work time and labor costs. Furthermore, regular measurements of the furnace allow for monitoring of the product's drying state, furnace performance, efficiency improvements, and energy savings through reduced energy consumption. It supports simultaneous measurement of up to 6 channels. The software is very simple, allowing for quick confirmation of the keep temperature and keep time. It can also output to Excel. Heat-resistant box performance: 110℃ for 370 minutes, 150℃ for 270 minutes, 200℃ for 215 minutes, 250℃ for 150 minutes, and 300℃ for 70 minutes.

• Other measuring instruments

The feature is that even if the substrate is made of resin, it can be measured, and under certain conditions, the thickness of each layer in a multilayer film can be measured. The coating is cut into a wedge shape, and the scale of the cut part is read using a measuring microscope mounted on the thickness gauge, allowing for the conversion of the thickness. The thickness gauge integrates a dedicated cutter (replaceable), a measuring microscope, and a lighting device necessary for measurement. It is capable of measuring the thickness of substrates other than metals (such as resin substrates) and multilayer films that could not be measured with a digital thickness gauge.

• paint
• Natural paints (water-based, ink, etc.)

The large touchscreen display shows KU (Krebs value), g (grams), cP (centipoise), temperature, and real-time viscosity curve in a single measurement. Measurements can be taken while checking the sample temperature with the included temperature probe. The temperature is fixed at the moment the rotor starts to rotate. Through touchscreen operation, settings such as measurement start time, measurement duration, and rotor lift speed can be configured. At the end of the measurement, the rotor automatically lifts. The sample can holder is magnetic, ensuring that the test can is secured during measurement. The main unit is equipped with a memory function, which can be checked on the display screen. The rotor speed is 200 rpm. Measurement range: 40-140 KU, 27-5274 cP, 32-1099 g. Accuracy: ±1% of full scale. Reproducibility: ±0.5% of full scale.

• paint
• Natural paints (water-based, ink, etc.)

The sag tester is designed to apply paint at a consistent film thickness and to test whether sagging occurs due to the thickness of the film by standing the test piece vertically. The difference from the 076 series sag tester is that it applies the paint by sliding over it like an applicator, allowing for easy application even with high-viscosity paints. The main body has ten stages of gaps, each 25μm apart. The material is made of stainless steel.

• paint
• Natural paints (water-based, ink, etc.)

The sag tester is designed to apply paint at a constant film thickness and to test whether sagging occurs due to the thickness of the film by standing the test piece vertically. The sag tester has five gaps, allowing for the application of coatings with different film thicknesses at once. It is made of stainless steel and has a total application width of approximately 110mm.

• paint
• Natural paints (water-based, ink, etc.)

The leveling tester is used to compare the surface of the paint applied with a brush to a sample (paint sample) to check for any unevenness caused by the brush. When the test piece is compared to the sample under diffuse daylight, if the peaks and valleys of the surface created by the leveling tester are equal to or smaller than those of the sample, the leveling of the sample is considered "good."

• paint
• Natural paints (water-based, ink, etc.)

This is a glass table for coating using an applicator or bar coater. The glass table is equipped with clamps that can hold the test pieces for coating. The glass table also has rubber feet to prevent slipping during the coating process.

• paint
• Natural paints (water-based, ink, etc.)

The color tone varies greatly depending on the lighting. The quality of natural daylight fluctuates, and the observer's judgment is often influenced by the colors of nearby objects. Therefore, when the purpose is for matching, it is said that artificial lighting in the color observation booth must be used. The lighting can be changed on the touch panel screen of the color observation booth. The usage time for each type of lighting is automatically counted. The types of lighting include D65 (standard illuminant), TL84, CWF, F, UV, and U30. In addition to painting, it is used in textiles, graphic arts, photography, dyeing, packaging, printing, leather products, inks, resin products, automotive parts, and ceramic products.

• paint
• Natural paints (water-based, ink, etc.)

Set the measuring needle on the coated paint with a certain film thickness. The measuring needle will move a distance of 300mm according to the set time. During this time, the paint gradually dries, causing changes in the condition of the paint film after the needle has moved. At the part where the condition of the paint film has changed, read the time scale on the left side of the main unit and check the time for each stage. The point at which the needle no longer leaves a mark indicates that the paint film is completely dry. Up to 10 lanes can be measured simultaneously, and different time settings can be configured for 5 tracks (2 lanes per track). The standard set times are 6 hours, 12 hours, 24 hours, and 48 hours. One of the 5 tracks can be customized for time settings. The operation of the main unit is via a liquid crystal touch panel.

• paint
• Natural paints (water-based, ink, etc.)

The area required for measurement is just 2mm × 2mm. There is a measurement hole (4mmΦ) on the stage at the top of the main unit, where the object to be measured is placed. If the measurement hole is properly sealed, glossiness can be measured. The included foot pedal allows for measurement even while holding unstable objects with both hands and pressing the pedal with the foot. Additionally, an infrared sensor is included, enabling measurement simply by waving a hand over the sensor. The operation is intuitive thanks to the LCD touch panel display. It features an automatic calibration function. Measurement angle: 60°; measurement range: 0-2000GU; reproducibility: ±1GU; memory capacity: 3,000; power supply: AC adapter.

• Environmental Survey
• Non-destructive testing
• Analysis and prediction system

The attachment part is designed to set a rotary spare cutter, allowing for even cuts in one go. Various spare cutters can be set, including 6 blades with 1mm, 2mm, and 3mm intervals (25 square test) and 11 blades with 1mm intervals (100 square test), enabling all tests at 1mm, 2mm, and 3mm intervals by changing the cutter. This cross-cut tester is developed with the aim of conducting quick, uniform, and fail-proof tests. The maximum size of the test piece that can be set is 200×200mm. The spare cutter has 6 blades (edges). By rotating the blade each time it wears out, you can cut with a new edge, reducing running costs. The cross-cut tester main body can be fixed to a desk or similar surface using screws for use.

• paint
• Natural paints (water-based, ink, etc.)

The cupping test machine is a testing device that evaluates the resistance to cracking and peeling from the metal substrate when the coating film undergoes localized deformation due to indentation. It is equivalent to the Erichsen testing machine specified in JIS-K5400. By attaching the included small CCD camera, the testing process is displayed on this liquid crystal touch panel display screen. Video recording and image capture can be performed via touch operation, and the data can be saved to a USB memory stick for transfer to a computer. The indentation speed and depth can be freely adjusted and saved. Automatic calibration can be performed using the included calibration zero plate. As a fully automatic type, the test begins with the press of a button. Indenter: hemispherical with a diameter of 20mm; indentation depth: 0-15mm; indentation speed: 0.02-0.4mm/s; maximum test panel width: 70mm; test panel thickness: up to 1.25mm for steel plates and up to 3mm for aluminum.

• Plastering and painting work
• Analysis and prediction system
• Other measuring instruments

A lab mixer for paint that can be used for stirring sample paints and small batches of paint. You can freely choose stainless steel containers ranging from 0.5 liters to 20 liters and disk turbines (rotating blades) that fit the size of each container. Features: - Properly stirs the appropriate amount of paint - LCD touch panel operation - Stirring time can be freely adjusted

• Natural paints (water-based, ink, etc.)

The evaluation of coatings requires a stable film with the same thickness under the same conditions. An automatic film applicator can slide a bar coater or applicator at a constant speed and load, allowing for reproducible coating with a stable film thickness. This product is a simple device that pursues stable coating and ease of use. All operations can be performed on a touch panel screen, making it intuitive for anyone to operate. It can be operated with the included touch pen or with a finger. Coating speed and distance can be freely set, and up to eight original settings tailored to test pieces or samples can be stored in memory, allowing for coating under the same conditions immediately after powering on.

• Structural Survey
• Other analytical equipment
• Analysis and prediction system

The cross-cut test (grid test) for evaluating the adhesion and bonding strength of coatings can now be performed on curved surfaces in actual products. Until now, it was not possible to make evenly spaced cuts on curved surfaces, preventing the execution of cross-cut tests. By using a spring-type cross-cut tester, cross-cut tests can be conducted on actual products rather than just on pipes or test pieces, leading to improvements in quality. Of course, it can also be used on flat panels.

• Plastering and painting work
• Other measuring instruments
• Other analytical equipment

This is a pencil hardness testing machine specified in JIS-K5600-5-4 for scratch hardness (pencil method). When conducting pencil hardness tests by hand, the evaluations can vary depending on the operator, leading to a lack of reliability. By using a dedicated pencil hardness testing machine, differences caused by human factors can be eliminated, allowing tests to be conducted under the same conditions every time. The machine comes with a set of 14 Mitsubishi Uni pencils specifically for pencil hardness testing by the Japan Paint Inspection Association. There are three types available with loads of 750g, 1,000g, and 500g.

• Foundation construction
• Plastering and painting work
• Other measuring instruments

A plate that serves as a guide for making cross-cut notches. The set includes three plates: 1mm, 2mm, and 1.5/3mm. They are of just the right size and thickness, making it easy to make notches and very user-friendly. Each plate is also available for individual sale, allowing you to purchase only the plates you need at a low cost.

• Foundation construction
• Plastering and painting work
• Exterior coating materials

It is used for measuring wet film thickness. By contacting the wet (un-dried) coating, the film thickness can be measured. Since it is made of stainless steel, it can be used repeatedly by wiping off the paint after use. There are three sizes available: S 20-370μm, M 25-2000μm, and L 50-10,000μm. There is also one size of aluminum comb-shaped wet film thickness gauge available, which measures 25-2,000μm.

• Other measuring instruments

It is used for measuring wet film thickness. Compared to the comb type, it allows for more precise film thickness management. However, this means that a larger area will be destroyed. The accuracy is ±2.5% + 1μm. Place the main body on the wet paint film and slowly rotate the wheel part by hand to check the areas with and without paint. The largest value with paint on the central wheel will be the wet film thickness.

• glue
• Foundation construction
• Plastering and painting work

It is used for temperature management in painting drying ovens (baking ovens). The product temperature when passing through the oven and the ambient temperature inside the oven can be confirmed. There is a keep temperature for baked coatings. It is very important for the coating film to properly maintain the temperature and time. Additionally, by checking the environment inside the oven, the causes of coating defects such as overbaking, underbaking, bubbling, and edge defects can be verified. Energy reduction through energy savings is also possible. Heat-resistant box performance: 100℃×140 minutes, 150℃×80 minutes, 200℃×60 minutes, 250℃×50 minutes. *For other high-temperature long-duration heat-resistant boxes, please inquire.

• Other measuring instruments

It is used for temperature management in painting drying ovens (curing ovens). The product temperature when passing through the oven and the ambient temperature inside the oven can be confirmed. There is a keep temperature for curing paint. It is very important for the coating to properly maintain the temperature and time. Additionally, by checking the environment inside the oven, the causes of coating defects such as overbaking, underbaking, bubbling, and edge defects can be verified. Energy reduction through energy savings is also possible. Heat-resistant box performance: 100℃ for 340 minutes, 150℃ for 195 minutes, 200℃ for 130 minutes, 250℃ for 100 minutes, 300℃ for 30 minutes. *For other high-temperature long-duration heat-resistant boxes, please inquire.

• Other measuring instruments

This is a jig used for cross-cut tests and grid tests conducted to evaluate the adhesion and bonding strength of coatings. It is a plate that guides to make evenly spaced cuts in the coating. There are three types available: 1mm, 2mm, and 1.5/3mm. It is of just the right size and thickness, making it easy to make cuts and is a very user-friendly product. It allows for low-cost coating quality control.

• Foundation construction
• Plastering and painting work
• Exterior coating materials

A multi-cutter guide that can perform cross-cut tests, grid tests, and X-cut tests (at a 30° angle) for thick films over 250μm using adhesion tests. With this single piece, you can conduct tests with 11 lines at 1mm intervals (100 grid tests), 6 lines at 1mm intervals (25 grid tests), 6 lines at 2mm intervals (25 grid tests), 11 lines at 1.5mm intervals (100 grid tests), 6 lines at 3mm intervals (25 grid tests), and X-cut tests (at a 30° angle). Additionally, it can be used for five different applications, including a wet film thickness gauge for measuring the thickness of uncured coatings, a ruler, and a sag tester used for droop tests. The set includes two cutters for JIS-K5600 and JIS-K5400, adhesive tape, and a soft brush.

• Foundation construction
• Plastering and painting work

Cross-cut test set used for the cross-cut method specified in JIS-K5600-5-6. The set includes three cross-cut plates that can make cuts at intervals of 1mm, 2mm, and 1.5mm/3mm. The 1mm cross-cut plate can conduct both 25-grid and 100-grid tests. The 2mm cross-cut plate is for the 25-grid test. The 3mm cross-cut plate can conduct tests for 1.5mm × 100 grids and 3mm × 25 grids. Other accessories include a cutter and a 25mm wide tape (66m) for cross-cutting, all housed in a dedicated case.

• Foundation construction
• Plastering and painting work

This is used for the cross-cut test to evaluate the adhesion and bonding strength of coatings. Similar to a cross-hatch cutter, it can make six or eleven cuts in the coating at once. By using a multi-blade cutter, the cross-cut test, which used to take time and effort, can be performed quickly and accurately. The blades are available with 1mm, 2mm, 3mm, and 1.5mm spacing. Since the main body is common for all, you can simply replace the blades to conduct tests with different spacings or grid patterns, making it cost-effective and very convenient. All cuts are made cleanly. The spare blade has eight edges (cutting angles), allowing tests to be conducted with eight new blades by rotating the cutter. There is a simple set that includes the main body, cutter, and a hex wrench for blade replacement in a dedicated paper box, as well as a complete kit that includes a lighted magnifying glass, brush, and adhesive tape, all housed in a dedicated case.

• Foundation construction
• Plastering and painting work

It is used to measure the hardness of coatings. It is designed to apply a load of 750g ±10g at the tip of the pencil. The angle of the pencil is fixed at 45° ±1°, and there is a level on the top of the testing device. By using this equipment, reproducible tests can be conducted, allowing for the same evaluation regardless of who performs the test. The main body is made of steel and is powder-coated, with a product specification that ensures the load accuracy is within 750g ±5g. It is a high-precision model with high cost performance. It is also effective for applications beyond painting. It is used for evaluating the hardness of hard coatings on films, assessing the surface hardness of liquid crystal displays (LCDs), and evaluating the hardness of plastic products, making it a standard for hardness evaluation. The lineup includes three types with loads of 750g, 1000g, and 500g, each corresponding to JIS-K5600-5-4, JIS-K5400, and industry-specific standards (500g), respectively.

• Plastering and painting work

This is a testing device for evaluating the flexibility of coatings. It checks the resistance to cracking and delamination of the metal substrate when the coating is bent by a mandrel. According to JIS standards, there are two types: Type 1 and Type 2, and this product corresponds to Type 2. It is considered a suitable testing device for test panels with a thickness of up to 1mm. It is also used for evaluating the flexibility of hard coatings on films. For the standard size of 7mm width (056-1), the 100mm width type (056-70) corresponds to the frequently used test piece size of 70x150mm.

• Plastering and painting work

It is used to evaluate the dispersion degree of pigments (such as functional pigments, coloring pigments, rust-inhibiting pigments, and extenders) in paints, inks, and related products. This standard applies to all types of liquid paints and related products. Insufficient pigment dispersion can lead to roughness on the paint film surface and poor gloss, resulting in decreased paint film performance. Fill the grooves of the particle gauge with paint and scrape it off with a scraper. At some point during the gradual shallowing of the grooves, the pigment particles will become visible. The depth at which the particles appear is used to determine the dispersion degree. It is widely used not only in the paint, ink, and pigment industries but also in the food, cosmetics, and pharmaceutical industries. The main body and scraper are made of high-hardness stainless steel. The gauge body has two grooves. There is also a single-groove particle gauge available in the lineup. Additionally, we offer the scraper, which is a consumable item, for sale separately.

• Plastering and painting work
• Bulldozers and scrapers

Introducing the Ford Cup (FORD CUP) compliant with ASTM standards. It is used to measure the viscosity of paints and inks. The range of viscosity measured varies depending on the orifice diameter. The capacity is 100ml. The cup body is made of aluminum, and the nozzle part is made of stainless steel. There is also a dedicated stand with a level for the Ford Cup. *The products in the photo are the 057-4 Ford Cup No.4 and the 057-6 Ford Cup Stand (with level). Ford Cup No.1 057-1 Viscosity range: 10–35cSt Flow time: 55–100 seconds Orifice diameter: 2.1mm Ford Cup No.2 057-2 Viscosity range: 25–120cSt Flow time: 40–100 seconds Orifice diameter: 2.8mm Ford Cup No.3 057-3 Viscosity range: 49–220cSt Flow time: 30–100 seconds Orifice diameter: 3.4mm Ford Cup No.4 057-4 Viscosity range: 70–370cSt Flow time: 30–100 seconds Orifice diameter: 4.1mm

• Plastering and painting work

Introducing the DIN cup (DIN CUP) compliant with DIN standards. The orifice diameters are 2, 4, 6, and 8 mm, each with a different measurement range. The accuracy of the orifice diameter is ±0.02 mm. The capacity is 100 ml. The cup body is made of aluminum, and the nozzle part is made of stainless steel. There is also a stand with a level specifically for the DIN cup.

• Plastering and painting work

It is a type of viscosity cup used for the simple measurement of the viscosity of paints and inks. There are cups with different orifice diameters, each capable of measuring different viscosity ranges. The material is made of stainless steel.

• Plastering and painting work