Products

Cast iron weights are a measuring tool that measures the weight of an object by comparing its mass. It is done by placing a weight on the balance pan while weighing the weight of another object. Cast iron weights usually have precise weight values because they are calibrated on a precision balance. When the balance weighs an object, the weight exerts a certain force on the balance, which in turn affects the balance point of the lever, thereby achieving accurate measurement of the mass of the object. ‌Field standards for testing industrial devicesClass III, Class IIIL or Class IIIITesting for non-marked scales withoutClass designationVerifying scales are within specified accuracy and tolerance

Working principle of digital viscometerDigital viscometers usually use the rotation method to measure viscosity. The instrument controls the rotation of the rotor through a stepper motor. When the rotor rotates in the liquid, it will be subject to the resistance of the liquid. By measuring the rotation speed and resistance of the rotor, the instrument can calculate the viscosity of the liquid and display it on the LCD screen.

Cast iron weights are a measuring tool that measures the weight of an object by comparing its mass. It is done by placing a weight on the balance pan while weighing the weight of another object. Cast iron weights usually have precise weight values because they are calibrated on a precision balance. When the balance weighs an object, the weight exerts a certain force on the balance, which in turn affects the balance point of the lever, thereby achieving accurate measurement of the mass of the object. ‌

The moisture content is calculated by heating the sample to make it lose moisture, and then measuring the weight change of the sample. Specifically, the halogen moisture detector uses a ring-shaped halogen infrared heating source to quickly dry the sample, and measures the weight change of the sample in real time through a weighing sensor to finally determine the moisture content percentage. By injecting inert gas halogen elements, the life of the infrared radiation source is extended and the temperature is made more uniform. Compared with the traditional oven heating method, the halogen heating method is more efficient and the sample surface is not easily damaged.

Rotational viscometer is an instrument used to measure fluid viscosity. It mainly measures the viscosity of various liquids by driving a stepper motor to rotate with high subdivision. Its working principle is to calculate the viscosity by measuring the resistance of the fluid during rotation. It is suitable for production and scientific research fields such as grease, paint, slurry, textile, food, medicine, adhesive, cosmetics, etc.

Rotational viscometer is an instrument used to measure fluid viscosity. It mainly measures the viscosity of various liquids by driving a stepper motor to rotate with high subdivision. Its working principle is to calculate the viscosity by measuring the resistance of the fluid during rotation. It is suitable for production and scientific research fields such as grease, paint, slurry, textile, food, medicine, adhesive, cosmetics, etc.

Kinematic viscosity (also known as the ratio of dynamic viscosity to density) indicates the ease with which a fluid flows.Kinematic viscosity is defined as the ratio of dynamic viscosity to fluid density at the same temperature, with the unit being (m^2)/s.Kinematic viscometers have a wide range of applications in industry and scientific research.By measuring the kinematic viscosity of a fluid, it can support quality control of the production process, product development, instrument calibration, and cost control.

High AccuracySet different precision and capacity

Working principle of digital viscometerDigital viscometers usually use the rotation method to measure viscosity. The instrument controls the rotation of the rotor through a stepper motor. When the rotor rotates in the liquid, it will be subject to the resistance of the liquid. By measuring the rotation speed and resistance of the rotor, the instrument can calculate the viscosity of the liquid and display it on the LCD screen.

Cast iron weights are a measuring tool that measures the weight of an object by comparing its mass. It is done by placing a weight on the balance pan while weighing the weight of another object. Cast iron weights usually have precise weight values because they are calibrated on a precision balance. When the balance weighs an object, the weight exerts a certain force on the balance, which in turn affects the balance point of the lever, thereby achieving accurate measurement of the mass of the object. ‌

The moisture content is calculated by heating the sample to make it lose moisture, and then measuring the weight change of the sample. Specifically, the halogen moisture detector uses a ring-shaped halogen infrared heating source to quickly dry the sample, and measures the weight change of the sample in real time through a weighing sensor to finally determine the moisture content percentage. By injecting inert gas halogen elements, the life of the infrared radiation source is extended and the temperature is made more uniform. Compared with the traditional oven heating method, the halogen heating method is more efficient and the sample surface is not easily damaged.

Cast iron weights are a measuring tool that measures the weight of an object by comparing its mass. It is done by placing a weight on the balance pan while weighing the weight of another object. Cast iron weights usually have precise weight values because they are calibrated on a precision balance. When the balance weighs an object, the weight exerts a certain force on the balance, which in turn affects the balance point of the lever, thereby achieving accurate measurement of the mass of the object. ‌Field standards for testing industrial devicesClass III, Class IIIL or Class IIIITesting for non-marked scales withoutClass designationVerifying scales are within specified accuracy and tolerances