Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 27, 2025～Sep 23, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 117 items
It is a testing machine that evaluates the hardness of a coating by pressing a pencil of known hardness against the coating.
Since it is electric, the reproducibility of measurements is improved.
The barrel can be split into two halves! Compatible with thermosetting resin! The cylinder section and feed section can be cooled!
The barrel can be divided into two parts vertically, allowing it to accommodate thermosetting resins. This is a significant feature that is not found in conventional designs.
This is a testing machine that measures the static friction coefficient (μS) and dynamic friction coefficient (μK) of materials such as plastic films, paper, textiles, and leather products using the horizontal method.
● You can check the measurement graph on the touch panel. ● Measurement results can be saved (up to 100 data). ● You can print measurement conditions and results on a small printer* (optional). ● You can display and save measurement results on a PC* (optional). ● The display language can be switched according to settings (Japanese/English). ● The load display is range-free. ● A safety cover* can be installed (optional). ● There is also a hot plate specification available.
Mooney viscometer adopting a rotorless mechanism
The rotor-less mechanism, which eliminates friction resistance in the rotor shaft section, offers the following advantages: ● Since there is no rotor, sample loading and unloading is easy. ● The sample temperature is uniform and recovers quickly.
It is a gear-type forced circulation air heating aging test machine (gear oven) with a two-tier stacking design. It can be installed in a stacked configuration, allowing for space-saving.
● It can be stacked in two tiers, saving space! ● It is also possible to purchase the upper and lower sections separately.
A general-purpose model with narrowed-down functions.
The behavior of the ink film when it separates between rolls on a printing machine is greatly influenced by the characteristics of the ink, making it one of the important factors in evaluating print suitability. This device models the functions of each roll on the printing machine and measures the tack of the ink that appears there.
![Digital Hardness Tester "KHT-40N Model" [Easily Measure Tablet Hardness!]](https://image.www.ipros.com/public/product/image/947/2000116239/IPROS1808850613141759423.JPG?w=280&h=280)
A digital hardness tester suitable for quality control of the "hardness" of pharmaceuticals and food! It measures accurate breaking strength with a single push!
The digital hardness tester "KHT-40N model" is an evolved version of the bestselling digital hardness tester. It allows for quick and accurate measurement of the sample's breaking strength with just one push, making it suitable for quality control of "hardness" in chemicals and food products. 【Features】 ■ Quickly and accurately measures the sample's breaking strength with just one push. ■ The adoption of a new type of motor has significantly improved the deviation in lifting speed. ■ Calibration can be performed by the customer using an optional calibration set. ■ It can measure up to 40Kg (392N), making it capable of measuring very hard samples. ■ It has a built-in printer with calculation capabilities. ■ Users can switch between Kg and N (Newton) display. *For more details, please request documentation or view the PDF data available for download.
A testing device for measuring pencil hardness, which indicates the hardness of a coating film. It can be operated easily, and anyone can achieve the same results in evaluation.
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.
By bending the coating along the mandrel, we check for cracks and peeling.
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.
This is an electrically controlled pencil hardness tester designed to achieve more stable results in pencil hardness tests, which are often prone to human error.
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.
High-precision testing without irradiation unevenness due to specimen position is possible with unique irradiation zone division!
This is a device that can perform thermal deformation tests on full-scale architectural panels. The infrared lamps used for irradiation are controlled by a unique zone division, ensuring there are no irradiation inconsistencies based on the position of the test specimen. 【Features】 ● By combining infrared irradiation and a sprinkling function, it is possible to investigate deformations caused by sunlight and rain. ● The infrared lamps are controlled by a unique zone division, eliminating irradiation inconsistencies based on the position of the test specimen. ● The sprinkling device uses a natural drop method, ensuring there are no inconsistencies in the sprinkling. ● Settings for conditions, test duration, temperature, etc., can be easily operated via a touch panel. ● Equipped with a self-diagnosis function, providing peace of mind in case of any troubles.
It is possible to estimate strength over a very wide range compared to conventional Schmidt hammers.
◆◇◆【Same-Day Service】 With FTS, repairs and calibrations are handled domestically ◆◇◆ 【If you want to estimate concrete strength non-destructively, use the Schmidt hammer】 Conventional Schmidt hammers measured the rebound height (R value), but this Silver Schmidt measures the rebound velocity ratio (Q value). This difference allows for a much wider range of strength estimation compared to traditional Schmidt hammers.
A representative of rebound hammers that is simple yet commands immense trust.
◆◇◆【Same-Day Service】 With FTS, repairs and calibrations are handled domestically◆◇◆ 【If you want to estimate concrete strength non-destructively, use the Schmidt hammer】 This Schmidt hammer is specially designed for measuring soft materials such as young concrete, gypsum board, and lightweight concrete, with a wide impact area on the striking part (plunger). This type is often used for making judgments such as early formwork removal. *Please be cautious of similar products to the Schmidt hammer.
Concrete compressive strength testing machine capable of real-time sharing of measurement values 【NETIS registration number: QA-200024-A】
It is one of the rebound methods that estimate the compressive strength based on the height (rebound value: R value) to which a hammer strikes concrete and bounces back, and it is a non-destructive testing method that can be performed without damaging the structure. It is also used for estimating the strength of rock formations in addition to concrete. The compressive strength estimation formulas presented at various academic societies are all based on test data from the Schmidt concrete test hammer. Schmidt Live automatically processes troublesome average values and angle corrections, and it also has a moisture content correction function. Since standards such as the Japan Society of Civil Engineers (JSCE G-504) are also registered, strength estimation is easy. It has evolved into a type that can be easily used by anyone without individual differences.
![Concrete Compressive Strength Testing Machine "Silver Schmidt" [Rental]](https://image.www.ipros.com/public/product/image/681/2000454002/IPROS30825070428458552458.jpeg?w=280&h=280)
Unlike conventional Schmidt hammers that measure rebound height (R value), it allows for strength estimation over a very wide range.
【Features】 ■ No correction needed for impact angle ■ Durable and very lightweight body ■ High durability ■ Automatic management of impact energy ■ Data storage function ■ Rechargeable and reusable * For more details, please refer to the PDF document or feel free to contact us.
