TP310 is a prominent color measurement instruments used in many mainstream industries which have been designed and manufactured by competent engineers and scientists of Testronix. The instrument has many advantages of other international standard color measurement instruments.
Presto Melt Flow Index Tester is used for evaluating the flow properties of molten plastics or resins. The Melt flow Index of thermoplastic materials is defined as the rate of flow (in grams per ten minutes) of extrudates of molten resins through a jet of a particular length and diameter.
The Presto Melt Flow Index Tester - NXG Model is a reliable instrument used for evaluating and analyzing the flow properties of molten plastics or resins. The determination of the melt flow index of plastic materials is an important parameter in the evaluation of its quality.
The Presto Color Matching Cabinet Spectrum Asia II is one of the widely used lab testing instrument in the industries and laboratories where it is important to maintain the color consistency of the products. This color matching machine will provide accurate assessment of colors under standardized environment for evaluation and visual assessment of colors.
The PRESTO IZOD/CHARPY IMPACT TESTER has been designed for assessing the impact resistance of plastics. Operated on the pendulum method principle, this equipment serves as a reliable instrument to gauge the impact resistance of materials when subjected to sudden falling force or impact. Users can accurately conduct charpy and izod test on the materials and ensure that accurate products will be delivered to the customers. The IZOD/Charpy Impact Tester stands as a consistent and indispensable testing equipment for accurately measuring the capacity of materials to withstand impact, contributing valuable insights into their durability and structural integrity.
Hot Air Oven is a unique test cabinet designed to detect the change in the physical characteristics of the material and to ascertain the actual working life of testing device at elevated temperature. Works on Forced air circulation, thermal convection principle, suitable for Tests like heat deformation, compression set, heat resistance required in rubber and plastic industries.
Identifying the strength and durability of materials is of utmost importance to make sure that quality products will be delivered to the customers. Thus, if you are looking for a highly accurate lab testing instrument to identify the sturdiness of materials under sudden falling force or impact, then you must go with Presto Izod / Charpy Impact Tester Computerized model.
The new-design MFR Model can quickly extrude the flow rate of molten resins utilizing the advanced setup of load, piston, and a metallic barrel. The specimen, majorly in granule form is put inside the barrel and the piston is inserted. Loads, as per requirement are placed on the piston and the parameters are then selected from the touchscreen display.
Elevated temperatures can have a significant impact on the physical properties of many materials. Either it can deteriorate the quality of the product or will lead to product damage. This can have a major impact on the performance of products and structures made from these materials. Thus, it is important for product manufacturers to test the physical properties of the materials at elevated temperatures so as to determine their quality.
The melt flow rate of the polymers is one of the essential properties of the materials that will help the manufacturers in determining the rate at which it flows. This property of the material is important as it provides the necessary data on the mass flow rate of the polymer. Thus, to test the melt flow properties of the materials, we at Presto have recently designed a high-quality Melt Flow Index Junior model.
The IZOD/Charpy Impact Tester is a reliable and consistent testing instrument that is used for measuring the impact resistance of materials under sudden falling force or impact. Presto has designed a high-quality IZOD/Charpy Impact Tester NXG model that will easily reveal the impact strength of plastics and other related materials.