By Measuring the length of the fiber, we confirm variability of fiber length and assess the suitability of papermaking including the strength of the paper.

The wettability and affinity of powders and the dispersion agglomeration state of concentrated dispersion samples can be evaluated.

In this test pulp is mainly agitated and crushed to pieces to investigate dispersibility for the determination of suitability for papermaking.

In this test the freeness of the raw material is measured to determine its properties, suitability for papermaking, and the effect on the physical properties.

This microscope is used to observe the surface condition or microstructure of products and raw materials, such as fiber and powder.
EDX can also detect elements in samples with high precision.

This spectrophotometer is used to identify organic compounds and some inorganic compounds. This instrument identifies foreign substances, film, coating agents, fibers, and binders.

This spectrophotometer is used to perform a quantitative analysis of solutions using ultraviolet light and wavelengths in the visible ranges, and to measure the transmission spectrum or the transmittance in the constant wavelength of film.

Information on the thermal stability, melting point and glass transition temperature of organic and inorganic compounds can be obtained by heating and cooling under controlled conditions and measuring the resulting temperature and energy difference from a reference material.

This is a chromatograph for separating ionic substances, and we use it for the separation and quantitative analysis of inorganic ions in the extraction liquid of sheets.

The tensile strength in an atmosphere heated to 250°C is measured. This measurement is performed to check the processing suitability of a material like PVC when it needs to be heat-processed by a customer.

This is a non-destructive test using the hot wire method and can measure the thermal conductivity (0~500 W/m-K) of solids, powders, gels and liquids without any pre-treatment.

Thermal diffusivity (0.01-1,000 ㎜2s-1)/thermal conductivity can be measured, which is an indicator of a material's heat dissipation or insulation properties.

The inflammability of a material is investigated by a method pursuant to the Building Standards Act. The inflammability is evaluated on the basis of an increase in temperature that occurs when a material is placed in a heated furnace.

Flame retardancy can be assessed in accordance with German national standard DIN 53 438.

The concentration of oxygen required for a material to sustain combustion is measured. The grater the concentration value, the less inflammable the material.

In this test, the strength of a sheet when soaked in water is investigated. The tensile strength is measured after a sheet is soaked in water for a certain period of time. The water temperature may change depending on the type of sheet. Since paper is generally weak when exposed to water, it is made to withstand impregnation, coating, and use in water by employing water-resistant material, adding chemicals, or processing to provide water resistance to sheets.

In this test, sheets are soaked in water for a certain period of time and then the penetration of water is measured to determine the water absorption level.

Electric conductivity (electric conductance) is an indicator for the amount of electrolytes in water and is used to determine the water contamination level, which plays an important role in papermaking.

The length of time that elapses before the static electricity retained by a sheet decays by half (static electricity half-life) when static electricity of 10,000 V is applied to the sheet from outside can be measured.

The light transmission prevention level of sheets is measured. This is expressed by the ratio in reflectance between the case where a paper is placed on the specified white standard plate and the case where a paper is placed on the specified black plate. This is an important measurement for sheets when they do not need to be transmissive.

The maximum load and elongation of a rectangular test piece in a given shape (15 mm in width) when a tensional force is applied to it until it breaks are investigated. These are measured using a universal tension tester and are one of the basic physical properties of sheets.

The burst strength of sheets is investigated. The pressure required to burst a sheet when vertical pressure is applied to a given area of the sheet surface with the periphery secured is measured.

The resistance generated when a sheet is torn is investigated. We measure this force using an Elmendorf tearing tester.

The durability of a sheet when bent repeatedly in the tension state is investigated. We measure this durability using an MIT-type fold tester.

The flexing life of paperboard is investigated. Soft paper, such as tissue, cannot be tested. We use a Gurley-type stiffness tester for measurements.

In this test, the buckling strength of a sheet is investigated. The compressive strength of the sheet used for the base paper for corrugated board and honeycomb application is measured using a ring rush tester.

This is a test for investigating the smoothness of sheets. Smoothness is expressed in the transit time of 10 cc of air flowing through a gap when the sheet surface is brought into contact with the standard plane, which is smoothly polished, at a constant contact pressure. The longer the transit time, the higher the smoothness.

This is a test for investigating the surface strength of sheets. In this test, the tips of 20 types of wax sticks with different adhesive force are melted and immediately bonded to the test piece surface. After cooling and hardening (left for 15 minutes), the wax sticks are taken off perpendicular to the test piece. Surface strength is expressed by the wax number on the boundary that does not cause swollenness, breakage, and paper peeling.

The service life and efficiency of filters are measured by creating an air element to filter a mixture of dust and air. This evaluation can also be performed using a flat sheet instead of the element.

The service life and efficiency of filter is measured by creating an oil element to filter a mixture of dust and oil.

Filter a mixture of fuel for cars, such as light gas oil and dust to measure the cleanliness of fuel after filtration. This evaluation can also be performed using a flat plate instead of the element.

Using a performance check tester for liquid filter, particle removal property (efficiency) and pressure loss (life) are measured. Efficiency data is created by automatic calculation after counting the particles of each measured size (by the counting method).

Using an air filter performance check tester, the particle removal efficiency and dust holding content(DHC) are measured. Regarding the efficiency, the particles of each measured size are counted and data is created by automatic calculation.

The time that elapses before 50cc,100 cc,300cc of air passes under a constant area and pressure. This test is used to evaluate the performance of different types of filters and breathing sheet materials.