Lab Test Machine

Multi-functional Friction and Wear Testing Machine Vertical Rubbing Wear Instrument Product Introduction The LR-MVF friction and wear testing machine operates under a certain contact pressure, featuring rolling, sliding or a combined motion of rolling and sliding. It has a continuously variable speed system and can be used to evaluate the friction and wear properties of materials such as lubricants, metals, plastics, coatings, rubber, ceramics, etc., at extremely low or high

Compound Friction and Wear Testing Machine Complex Rubbing Wear Analyzer Product Introduction The LR-HWF composite friction and wear testing machine is a precision testing machine. It is controlled by a servo motor, operates stably and reliably, and can set parameters such as time and rotational speed. This reciprocating friction and wear testing machine is the first research-oriented testing equipment in China that can be used to study the friction performance of bearings or

Multi-condition Horizontal Variable-angle Friction and Wear Testing Equipment Product Introduction This structural product can achieve forward and reverse rotation, angular rotation and mixed motion. The periphery adopts a closed box, and the power is transmitted to the test ball bearing through a series of power transmission devices. Different motion modes are achieved by controlling different servo controllers. The device can conduct environmental tests such as salt spray,

Long-lasting Corrosion Mechanical Tensile Tester Durable Dynamics Stretch Test Device Product Introduction The corrosion tensile and compressive testing machine is a device designed for long-term testing of metallic materials. Equipped with a corresponding environmental simulation system, it can conduct "persistent" tests on metallic materials and is an indispensable testing equipment for laboratories in colleges and universities, as well as enterprises and institutions

Elevated Temperature Reciprocating Friction and Wear Lab Test Machine Product Introduction The LR-HRT reciprocating friction and wear testing machine is a fully upgraded product. It is a widely used reciprocating friction and wear testing machine, mainly used for researching the friction performance of materials or surface coatings. The equipment features stable and reliable adjustment of reciprocating stroke, wide adjustment range, high measurement accuracy of friction force

Environmental Atmosphere Friction and Wear Testing Lab Instrument Product Introduction This type of friction and wear testing machine adopts new manufacturing techniques and control technologies. The testing force is applied smoothly and reliably; the rotational speed, revolutions, testing force, friction torque, friction pair temperature, and testing time are all controlled simply and stably. Product Parameter Function items Parameters Maximum test force 1KN Loading method

Elevated Temperature Vacuum Rubbing Wear Testing Device Product Introduction The LR-MUG type surface processing performance tester is a product developed and improved by our company. It adopts the forms of disc, ball disc and end face sliding friction, and can conduct tests under various conditions such as room temperature or high/low temperatures, vacuum, multiple atmospheres, changing lubrication states (oil-free lubrication or oil immersion lubrication), load, speed,

High-temperature Reciprocating Friction Laboratory Machine Product Introduction The reciprocating friction and wear testing machine is a fully upgraded product. It is a widely used reciprocating friction and wear testing machine, mainly used for researching the friction performance of materials or surface coatings. The equipment features stable and reliable adjustment of reciprocating stroke, wide adjustment range, high measurement accuracy of friction force, and diverse

SX83 Total Differential Photometer Non-Ferrous Metal Materials Analyzer 1.Description: SX83 differential photometer features the ability to precisely measure high content components and sensitively measure trace components. It expands the content range of the measured elements and can accurately and quickly conduct quantitative detection for high-content tungsten, molybdenum, iron, silicon, nickel, cobalt and trace components of tungsten, molybdenum, iron, silicon, nickel,

GKF-V Silicate Component Rapid Analyzer Element Tester 1.Description: This instrument is a new type of photometric analyzer developed based on the principle of photometric analysis. It adopts advanced technology, enabling excellent linear accuracy in the high concentration range. The computer data processing system is used, which is more suitable for the simultaneous testing of multiple samples (up to 10 samples can be tested at once). All knobs and switches have been

DHF186 Multi-Element Express Meter Raw Material Analyzer 1.Description: This instrument is based on the 85 model and incorporates an automatic rotation and mixing system for solutions and samples. It not only simulates the manual mixing process but also eliminates this time-consuming and precisely controlled step. At the same time, the manual movements in three-dimensional space (up and down, front and back, left and right) have been automated (the patent for automation is

DHF 84 Ceramic Raw Material Testing Analyzer Silicate Chemical Composition Express Meter 1.Description: The DHF84 multi-element rapid analyzer adopts a unique method of linear expansion and enhanced sensitivity, which solves the problems of deviation from linearity in ordinary photometric analysis when dealing with high component contents, and poor sensitivity when analyzing low component contents. It is a new high-tech product developed based on the DHF83 multi-element rapid

DHF 82 Fast Multi-Element Chemical Analyzer Elemental Meter Multi-element Rapid Analyzer 1.Description: The DHF series multi-element rapid analyzer is an analytical instrument developed based on the principle of photometric analysis. It adopts a unique method of linear expansion and enhanced sensitivity to solve the problems of deviation from linearity in traditional photometric analysis for high component contents and poor sensitivity for low component contents. It achieves