Taber abrasion tester manufacturer with GesterInstruments? Tensile And Compressive Test Main Parts: A pair of high precision ball screw ; Precision ball screw, high precision, high test repeatability. American brand load cell : The sensor of the utm tensile test test machine can convert the physical quantity of the measured tensile force into an electrical signal. Divided into spring sensor type, “S” type electronic sensor, spoke type sensor, hydraulic sensor. A set of servo motor and servo system respectively. The power system: servo motor and servo drivers and worm gear and rod reducer and ball screw. See even more details at footwear testing equipment.
The principle of testing that you should know: Stitch the sample with one or two pieces of specified multi-fiber adjacent fabric, which is placed in soap solution or other washing solution, mechanically stirred at the specified time and temperature, cleaned and dried. Taking the original sample as the reference sample, assess the discoloration of the sample by the left gray scale, and then assess the color stain of the adjacent fabric by the right gray scale.
Correct use of computerized universal testing machine: When the electronic stepless speed regulation adjusts the lifting speed, it cannot be operated too fast. Before using the 50KN power machine, pay attention to check the tightening of the clamp tightening screws. When lifting the lower clamp, the movement should be stable, avoid collision, and often check the tightness of the clamp screw. When replacing the test fixture, pay attention to cooperate to prevent bruises.
IULTCS & Veslic Leather Abrasion Tester applies to the test of dyeing leather material abrasion and decoloration degree after friction. Leather rubbing fastness tester is the testing machine which is accordance with the method for determining the color fastness to cycles of to-and-fro rubbing of the surface of leather. Iultcs rubbing fastness tester, designed to carry out a rub fastness test on the surface of leather to determine the amount of ‘marring’ of the leather surface or the finish and to assess the amount of color transfer from the sample to the rubbing pad under dry or wet conditions.This machine is suitable for all types of stain-resistant fur dry and wet rubbing fastness, and various types of fur products and fur leather goods and dual-use lint-free test.
This bursting strength tester use pneumatic method, meet multinational standards and equipped with several changeable test clamp. The simple interface touching screen controller is easy and simple to handle. The specimen was clamped firmly by the pneumatic force which can also save effort. The test cover was made up of high-transparent glass with LED light inside which can observe the specimen easily. The Bursting Strength Testing Machine can induct the burst automatically which is much more sensitive and reliable. The bursting distension can go up to 75mm.
GESTER is professionally engaged in manufacture and R&D of Textile Testing Equipment with 20+ years experience, including Fabrics tests, Yarn& Fibre tests, Color fastness tests, Flammability tests etc. Various in styles, GESTER instruments’s textile testing equipment can meet the needs of different customers.GESTER insists on the use of high-quality materials and advanced technology to manufacture textile testing instruments. Besides, we strictly monitor and control the quality and cost in each production process. All this guarantees the product to have high quality and favorable price.GESTER serves every customer with the standards of high efficiency, good quality, and rapid response. See extra info on https://www.gesterinstruments.com/.
Testing to ASTM D4060 involves mounting a flat specimen to a turntable that rotates horizontally at a fixed speed. Two arms, each supporting an abrading wheel, are then lowered so that each wheel touches the surface. Before starting the test, a “suction arm” is lowered between the wheels to remove the abraded material from the sample’s surface. The turntable then starts rotating forcing rub-wear action of the wheels against the sample’s surface for the specified number of cycles or until a given mass of coating has been lost or until the wheels start exposing the substrate.