DKSHマーケットエクスパンションサービスジャパン テクノロジー事業部門 Official site

For continuous and consistent processes. The CSC-type screen changer from Marg uses a double piston system that does not employ a sealing mechanism.

【Applicable Range】 ■Operating Temperature: ～ 350℃ ■Operating Pressure: ～ 350 bar ■Differential Pressure: ～ 100 bar 【Specifications】 ■Screen Diameter: 39 ～ 400 mm ■Screen Area: 14 ～ 1,500 cm2 ■Options: You can choose the filter shape from the following (see image): 　　　　　　　・Disc Type (Standard) 　　　　　　　・Candle Type 　　　　　　　・Arch Type 　　　　　　　・Oval Type *For more details, please refer to the PDF document or feel free to contact us.

This is a foreign substance (contamination) removal system that can be used for recycling waste plastics.

【Purpose】 Removal of foreign substances (contaminants) contained in molten resin during the recycling process of waste plastics. 【Product Introduction】 ■ECO Series for low-viscosity resins such as PET/PA Contaminant content: Up to 1.5% Examples of removed substances: Black spots, paper, wood, aluminum, high-melting-point polymers, etc. Applications: PET bottles (flakes), food packaging films, packaging tapes, etc. Processing capacity: 150~10,000 kg/hr ■ERF Series for a wide range of waste plastic materials Contaminant content: Up to 16w% Examples of removed substances: Paper, wood, aluminum, high-melting-point polymers, etc. Applications: Packaging films, automotive bumpers, shampoo bottles, etc. Processing capacity: 150~10,000 kg/hr ＜Drum Filter＞ A rotating drum filter with countless conical holes removes foreign substances by flowing resin from the outside to the inside. The foreign substances accumulated on the outside are removed by a scraper located at the end of the rotation and discharged outside the device through a discharge system. The mesh size of the filter can also be selected according to the application. *Please refer to the catalog.

The improved sixth-generation gear pump has achieved further enhancement in pump efficiency, making it capable of accommodating a wider range of applications than ever before.

〇Material Housing and cover: Alloy steel Gear shaft: Tribex hardened tool steel (helical gear) Bearing: Tool steel Shaft seal: Viscoseal Heating method: Electric cartridge heater or oil jacket ○Maximum operating conditions: Viscosity (at shear rate 10/sec) < 30,000 Pas Operating temperature max. 350 °C Maximum suction pressure p1 120 bar 1 Other options are also available. 2 Each performance is dependent on the product.

Non-destructive measurement of coating thickness on the substrate! High-precision ultrasonic pulse-type thickness gauge.

【Other Features】 ■ High-precision ultrasonic pulse-type thickness gauge ■ Capable of measuring coating thickness from approximately 10μm to about 7mm ■ Can measure coating thickness on GFRP (glass fiber reinforced plastic), CFRP (carbon fiber reinforced plastic), and WCP (wood-plastic composite) ■ Easy parameter settings for calibration of sound velocity, selection of adjacent layer interfaces, clipping, etc. *For more details, please refer to the PDF document or feel free to contact us.

Scratch hardness measurement compliant with JIS K 5600-5-5 (load needle method) can be performed.

Specifications: ISO, Bosch, van Laar, Opel Standard Pins No.1 Option No.2 No.3 No.4 Diameter 0.75mm (Bosch) Diameter 1.0mm (ISO) Diameter 0.5mm (VanLaar) Diameter 0.5mm (OPEL)

With the adoption of a CCD camera, the boundaries of each layer are clear! You can change the colors and shades of the image!

【Applications】 ■ Plastic coated products (laptops, mobile phones, automotive interior parts, etc.) ■ Buildings (exterior walls of buildings, bridges, etc.) ■ Metal parts (magnesium alloys, aluminum alloys, etc.) *For more details, please refer to the PDF document or feel free to contact us.

A spray droplet particle measurement system that replaces phase Doppler method and laser diffraction method.

SpraySpy consists of two detectors installed between a single light source and the light source itself. The laser light emitted from the light source is scattered (reflected) by the target droplets/particles, and the scattered light (reflected light) is detected by each of the detectors. At this time, there is a slight difference in the timing (peak position) at which the scattered light (reflected light) enters each detector. This difference is defined as a time shift and is correlated with factors such as the size and velocity of the particles, allowing for the measurement of the state of the spray droplets and particles.

A viscometer utilizing microfluidic control engineering and microelectromechanical systems technology!

【Specifications】 ■ Sample volume: 20 µL or more ■ Measurement temperature: 4 to 70 °C ■ Shear rate: 1 to 1,400,000 1/s ■ Measured viscosity: 0.2 to 100,000 mPa-s ■ Measurement accuracy: 2% ■ Repeatability: 0.5% ■ Temperature sensor: Built-in specification ■ Temperature and shear rate scanning: Available ■ Non-Newtonian fluids: Available ■ Software: Included *For more details, please refer to the PDF document or feel free to contact us.

High-precision viscosity measurement with a minimum of 10μL of micro-sample, up to 100,000 cp. Fully automated system compatible with 96-well plates. Also supports shear rate scanning.

The ultra-micro sample viscometer manufactured by Leosense employs an innovative measurement system that utilizes Microfluidics and MEMS (Micro-Electro-Mechanical Systems) technology. When a sample is flowed through a rectangular microchannel (depth: 20–100 μm), multiple sensors arranged within the channel measure the pressure. When the measurements and positions of each sensor are graphed, they form a straight line. It is generally known that the slope of this line is proportional to viscosity, and viscosity is calculated from that slope.