Shraddha Impex is a leading distributor of various industrial tools and products imported from Japan in Automobile Industry such as Digital and Mechanical Force Gauges from IMADA, Sockets and Hand Tools from Koken, and Torque Wrenches from Tohnichi and Kanon.
The automotive and automobile industry is highly accurate and reliable, and they must be able to withstand the harsh operating conditions encountered in these applications. They are often calibrated and certified to meet industry standards and requirements. As an authorized distributor of Imada in India, we offer various Force Gauges and other force measurement instruments and below is all the areas explained where these can be used in auto industry.
Force gauges and force measurement instruments are used in a variety of applications in the automotive and automobile industry to measure forces exerted on components and systems during operation, testing, and maintenance. These instruments are used to evaluate the performance and reliability of a wide range of components and systems, including engines, suspension systems, brake systems, transmission systems, and other mechanical and electrical components.
Engine components: Force gauges and force measurement instruments are used to measure the forces exerted on engine components, such as pistons, connecting rods, and crankshafts, during operation. They are also used to measure the torque applied to fasteners, such as bolts and nuts, during assembly and maintenance. For example, a force gauge may be used to measure the compression force of a piston, or the tension force of a connecting rod, in order to evaluate the performance of these
components.
Brake systems: Force gauges and force measurement instruments are used to measure the forces applied to brake components, such as foot brakes, pedal stepping and rotors, during operation. They are also used to measure the torque applied to fasteners, such as caliper bolts, during assembly and maintenance. For example, a force gauge may be used to measure the force applied to a brake pad during braking, in order to evaluate its performance.
Accessory & Body Parts: Force measuring instruments are one of the key instruments in the quality department. Some of the applications which are often performed are torque angle check for Air conditioner knob, Manual test for car hood closing, anti pinch function for powder windows.
Torque measurement: The torque applied to fasteners, such as drive gears and drive belts, during assembly and maintenance.A force gauge may be used to measure the torque applied to a drive belt during installation, in order to ensure that it is tightened to the proper torque.
Quality control: They are often used to verify that fasteners are tightened to the proper torque, and to measure the forces exerted on components during testing and evaluation. For example, a force gauge may be used to measure the forces applied to a component during a stress test, in order to verify that it meets the necessary performance
Foot Brakes Pedal Stepping Force Test
The Foot Brakes Pedal Stepping Force Test is a procedure used to measure the amount of force required to step on the brake pedal of a vehicle. It is typically used to evaluate the performance and safety of the brake system, as well as to ensure that the vehicle meets regulatory requirements.
Automotive air conditioner’s knob operability (torque-angle) test
Automotive air conditioner knobs are often designed with a specific torque-angle range, which refers to the amount of force that is required to turn the knob and the range of angles through which it can be turned. Testing the torque-angle characteristics of these knobs can help to ensure that they are easy to use and operate smoothly.
Torque Measurement of Motorcycle Accelerator
Measuring the torque of a motorcycle accelerator can help to evaluate the performance and safety of the motorcycle, as well as identify any potential issues that may need to be addressed.
Safety Evaluation of Power Window’s Anti-Pinch Function (Simple Inspection)
The anti-pinch function of a power window is designed to prevent injury to people or objects that may come into contact with the window as it is closing. To ensure the safety of this function, it is important to regularly evaluate and test it.
Car Hood Closing Test (Simple Manual Test)
The hood of a car is an important safety feature that helps to protect the engine and other mechanical components of the car. To ensure that the hood is functioning properly, it is important to regularly test its closing and latching mechanism.
Operating Force Test of Motorcycle’s Brake Lever
The operating force of a motorcycle’s brake lever refers to the amount of force that is required to activate the brake system. Measuring the operating force of the brake lever can help to ensure that it is functioning properly and that it meets the required performance standards.
Audio player’s knob operativity test
The operability of an audio player’s knob refers to how easy it is to turn or rotate the knob to adjust the volume or other settings of the audio player. To ensure that the knob is easy to use and operate smoothly, it is important to regularly test its operability
Wire crimped terminal test
A wire crimped terminal is a type of electrical connector that is used to secure wires together. To ensure that a wire crimped terminal is functioning properly, it is important to regularly test its strength and reliability
Cable Crimp Terminals Tension Strength Test
Measure the amount of force that is required to pull the wires or cables apart or to cause the terminal to fail. Record the results of the cable crimp terminal tension strength test, including the amount of force that was required to cause the terminal to fail and any other relevant data.
Door Key Torque (turning force) Test
Measure the amount of force that is required to turn the key, and record the results of the test. Regularly testing the torque of a door key is an important step in ensuring that it is functioning properly and is able to open and close the door as intended.
Adhesive tape peel strength test (Force-Displacement)
The peel strength of adhesive tape refers to the amount of force that is required to remove the tape from a surface. To test the peel strength of adhesive tape, it is common to use a force-displacement test, which measures the force required to peel the tape off a surface as a function of the distance that the tape is peeled.
Pull-off Test of Coating
The pull-off test, also known as a bond strength or tensile strength test, is a type of test that is used to measure the adhesive strength of a coating on a substrate. The pull-off test is a useful tool for evaluating the adhesive strength of coatings and for ensuring their performance and reliability in various applications.
Tensile Strength Test of Crimped Wire Terminals (Break Test)
The tensile strength of a crimped wire terminal refers to the amount of force that the terminal can withstand before it breaks or fails. The force gauge will measure the force required to break the terminal as the load is applied.
Tensile Strength Test of Crimped Wire Terminals (Durability Test)
In addition to performing a break test to determine the tensile strength of a crimped wire terminal, it is also possible to perform a durability test, in which the terminal is subjected to a series of cyclic loads to evaluate its long-term performance and reliability.
High-Voltage Wire Harness Crimp Terminal Tension Strength Test
The tension strength of a high-voltage wire harness crimp terminal refers to the amount of force that the terminal can withstand before it breaks or fails. To test the tension strength of a high-voltage wire harness crimp terminal, a tensile test can be performed, in which a load is applied to the terminal until it breaks or fails
Wire connector pullout test
The pullout test is a type of testing that is used to evaluate the strength and reliability of wire connectors. In a pullout test, a force is applied to a wire connector in an attempt to pull it out of its connection.
Three-stage compression test of a compression coil spring
The three-stage compression test is a type of mechanical testing that is used to evaluate the performance and characteristics of a compression coil spring. In a three-stage compression test, a compression coil spring is subjected to three different loads in sequence, and the force required to compress the spring and the displacement of the spring are measured at each stage.
Cable ties loop tensile strength test
The loop tensile strength test is a type of mechanical testing that is used to evaluate the strength and reliability of cable ties. In a loop tensile strength test, a force is applied to a cable tie in an attempt to pull it apart or to break it.
Spot welding bonding strength test
In a spot welding bonding strength test, a force is applied to a spot weld in an attempt to pull it apart or to break it. The force required to break the spot weld is a measure of its strength and reliability.
Remote Control Tactility Test
In a remote control tactility test, a user manipulates the buttons, switches, and other controls on the remote control device and provides feedback on the feel and usability of the device.
Koken sockets are widely used in the automotive industry, due to their high quality and durability. These sockets are designed to be used with hand tools, such as sockets, ratchets and torque wrenches, and they are available in a variety of sizes and styles to suit different applications.
Koken offers a wide range of sockets for use in the automotive industry, including deep sockets, magnetic, universal joints, sleeve drive, as well as sockets with different drive sizes and styles, such as hex, square, and Torx. The company also produces a range of socket sets, which include a selection of sockets in different sizes and styles, as well as a ratchet or torque wrench.
They are also used in the assembly of new vehicles, where they are used to fasten components such as engines, transmissions, and suspension systems.
Torque wrenches are widely used in the automotive industry for tasks that require precise tightening of bolts and nuts. These tools are designed to apply a specific amount of torque (a measure of rotational force) to a fastener, and they are used to ensure that bolts and nuts are tightened to the proper level of tension. A torque wrench is used to apply torque to fasteners during the assembly of an engine, in order to ensure that they are tightened to the proper torque.
In the automotive industry, torque wrenches are often used in tasks such as engine repair, transmission work, and brake maintenance. They are also used in the assembly of new vehicles, where they are used to fasten components such as engines, transmissions, and suspension systems.
There are several types of torque wrenches used in the automotive industry, including
dial torque wrenches, manual torque wrench, digital torque wrenches, beam torque wrenches and many more.