Paper Thickness Testers

Description: Brief Introduction Of Coating Thickness Tester : This gauge adopts magnetism and vortex for measurement, can test the thickness of the non-magnetic coating on the magnetic metal base or the thickness of the non-conductive coating on the no-magnetic base. This gauge is

• Coating Thickness: Yes
• Mounting / Loading: Benchtop / Floor
• Range: 0.0 to 0.1969 inch
• Units: Metric

Description: The world's first and only portable coating thickness tester with an integrated printer, the 200 provides the complete solution where statistics and hard-copy documentation are required. The thermal printer can be stopped to conserve battery power and paper. These handheld

• Coating Thickness: Yes
• Gaging Technology: Eddy Current / Electromagnetic, Magnetic
• Graduation / Resolution: 1.00E-4 inch
• Mounting / Loading: Handheld / Portable

Description: increases the credibility of the test result. 4. No matter the thickness of the samples, HD-A544 equipped with an intelligent detector to get the zero reference point. Test becomes more convenience. 5. The test report prints out use conventional office printer. Thermal paper no longer

• Display / Interface: Video / Graphic Display
• Mechanical Test: Flexure / Bending

Description: Beck-type smoothness tester for paper and paperboard high smoothness tests used to test the thickness of not more than 0.5mm large permeability material or paper or paperboard, since the amount of air through the sample can cause false results, a variety of high

• Display / Interface: Video / Graphic Display
• Mechanical Test: Specialty / Other
• Pressure Capacity: 14.5 psi
• Test Humidity: 85 %

Description: Usage: Stiffness of the electronic tester uses advanced electronic monitoring and control technology and computer technology, the performance has improved significantly, with low power consumption, speed, clarity of liquid crystal display, simple operation, fast, high

• Force / Load Capacity: 0.0 to 2.25 lbs
• Mechanical Test: Creep / Stress Relaxation, Flexure / Bending

Description: 1.1 This test method describes the use of the Schopper type of folding apparatus. It is suitable for papers having a thickness of 0.25 mm (0.010 in.) or less. 1.2 The procedure for the M.I.T.-type apparatus is given in Test Method D2176. 1.3 This standard does not purport to

Description: 1.1 This test method describes the use of the M.I.T.-type folding apparatus for determining folding endurance of paper. The M.I.T. tester can be adjusted for papers of any thickness; however, if the outer fibrous layers of paper thicker than about 0.25 mm (0.01 in.)

Description: 1.1 This test method describes the use of the Schopper type of folding apparatus. It is suitable for papers having a thickness of 0.25 mm (0.010 in.) or less. 1.2 The procedure for the M.I.T.-type apparatus is given in Test Method D 2176. 1.3 This standard does not purport to

Description: 1.1 This test method describes the use of the Schopper type of folding apparatus. It is suitable for papers having a thickness of 0.25 mm (0.010 in.) or less. 1.2 The procedure for the M.I.T.-type apparatus is given in Test Method D 2176. 1.3 This standard does not purport to

Description: breaks. The Köhler-Molin, Lhomargy and Schopper methods are applicable to paper of thicknesses up to 0,25 mm thick and having a tensile strength greater than 1,33 kN/m. The MIT tester has interchangeable folding heads allowing a range of thicknesses up to 1,25 mm.

Description: breaks. The Köhler-Molin, Lhomargy and Schopper methods are applicable to paper of thicknesses up to 0,25 mm thick and having a tensile strength greater than 1,33 kN/m. The MIT tester has interchangeable folding heads allowing a range of thicknesses up to 1,25 mm.

Description: metal fails much earlier than predicted by the FLC. This type of failure on the die radius is commonly called "shear fracture." In this paper, the laboratory Stretch-Forming Simulator (SFS) and the Bending under Tension (BUT) tester are used to study shear fracture occurring during