Coefficient Of Friction Tester (COF Tester) Suppliers
Product Specification
| Type Of Test Can Perform: | Film /film And Film /metal. |
| Load Capacity: | Up To 9.999 Kg. |
| Resolution/Accuracy: | 001 Grams. |
| Direct Display: | Static And Kinetic/dynamic Friction Values, Peak Load, Average Load On Screen. |
| Speed: | 150mm/Minute. |
| Weight Of Sled: | 200+_ 5 Grams. |
| Accessories: | Three Nos. Of S.s Sample Cutting Templates. |
| Paint:Powder-Coated Paint. | |
| Power: | 230 Volts, 50 Hz, Single-Phase Power |
| Accessories With Machine: | Sled, S.s Template 3 Nos,4 Legs, Communication Cable (Only For Computerised Machine). |
Product Description
Coefficient of friction (COF) testing measures the frictional properties of several materials, including lubricants, films, and household objects. It is commonly defined as the ease with which two surfaces (typically made of different materials) glide against each other. It is determined by dividing the normal force by the highest frictional energy. The dimensionless value of the COF is obtained by dividing the force necessary to slide the surface by the force acting perpendicular to the surface. A lower COF suggests that the surfaces are smoother and thus less resistant to sliding motion. Polymers used in film production are typically tested dry against a calibrated load on a sled.
To calculate the friction of plastic film and sheeting, ASTM D1894 is a testing standard. The Friction Coefficient The test subject's static and kinetic coefficients of friction are measured. We offer Static & Dynamic/kinetic Friction Tester at an affordable price to our clients.
Features
- Force Range: 1-10n (1 X 0.001kgf).
- Static And Kinetic Friction Functions.
- Size Of The Sled: 63mm X 63mm Speed: 150mm/Min.
- 150 Mm X 300 Mm, Plane.
- Travel Radius: 220mm.
- Usb For Communication.
- 1 X Sled And 1 X Moving Plane Are Included As Cutting Templates.
Benefits
- Trustworthy Brand.
- A Simple Operation.
- Quick And Precise Outcomes.
- Accessories And Spare Parts Are Readily Available.
Unique Features
The ideal lab Coefficient of Friction Tester is automated digital equipment. A digital machine does not need to be fed any data. Its primary parameter has already been programmed into its controller. The display will show the static friction (SF), dynamic friction (df), peak load (pl), and average load (al) after the test results have been automatically calculated.
Software (optional)
Software is extremely useful for analyzing, sharing, preserving, and printing data in the form of a graph curve of load versus displacement and test and sample details.
Certification: Calibration Certificate With Nabl Traceability For 1 Year.
Warranty: 1 Year Warranty.
Applications
Flexible packaging, Printing, Metal, Coatings, Composites, Linoleum, Foils, Paper, Plastics, and Rubber.
Note: Ideal Lab is the finest Melt Flow Index Tester Machine Manufacturer and Supplier in Mumbai. We offer Coefficient Of Friction Testers to our clients at a lower price.
Introduction About Coefficient Of Friction
The Coefficient Of Friction is regarded as the value that will assist in determining the connection between two objects included in the testing. It is also thought to be the value utilized in physics to determine the normal force of a certain item when other methods are unavailable.
Friction coefficients come in both static and dynamic forms. However, it lacks a unit and has no dimensions. There is no additional physical quantity; it is a scalar component.
The factors causing the friction will decide what happens. You can therefore use lab testing equipment to evaluate its worth on diverse materials. Many people think that the range of this friction's value is restricted to numbers between 0 and 1. The friction force is often more than the normal force, as seen by this.
The most effective tool for evaluating its value on various materials is thought to be the ILE Coefficient of Friction Tester. You may therefore easily buy it from us at a fair price.
Uses of Coefficient Of Friction Tester
There are several uses for the laboratory testing equipment required to calculate the coefficient of friction. We have highlighted some of its applications to make them easier for you to understand.
The packaging industry extensively uses ILE premium laboratory testing equipment. Using this testing apparatus, you may easily determine the coefficient value of many materials, including plastic films, paper, and other materials.
Utilizing the Coefficient Of Friction Tester has the additional benefit of enabling you to test the materials' kinetic and static friction coefficients. A substance glides over itself or another substance using this method. It is especially often when specific weather circumstances exist.
The testing will also help producers determine how many plastic films and sheets can be stacked.
With the aid of this testing apparatus, you will be able to stop any further accidents brought on by friction throughout the transportation process, loading, and packing of specific goods.
Finding the friction coefficient of corrugated and solid fiberboard is another frequent use of this lab testing equipment.
The following are typical outcomes for Coefficient of Friction (COF)
Coefficient Of Static Friction
Static friction holds a static object back until it starts to move. Thus, the static COF is the force that prevents an object from moving while it is motionless on a generally smooth, hard surface. It is calculated by dividing the sled's weight by the first peak force needed to propel it.
Coefficient Of Kinetic Friction
After removing static friction, the force obstructing normal motion is replaced by kinetic friction. This kinetic COF is concerned with the force that limits the movement of an object sliding over a reasonably smooth, hard surface. It is calculated by dividing the weight of the sled holding the other material by the average load for the course of the test. Please remember that the average force should not include the static peak force.
Understanding Coefficient Of Friction Testing
Coefficient friction testing is performed on various materials to determine what occurs when two objects rub against each other. It is a simple and standardized method for calculating the moving and beginning resistance of one surface pulled across another. Both the kinetic and static states are used to compute it.
A sled is put on the surface being tested during a static COF test, and the force required to move the sled is measured. The sled's weight is multiplied by this force to provide a COF calculation and rating.
A sled is also employed in kinetic COF experiments. The results are determined by dividing the average force required to guarantee equal sliding of the surfaces by the sled's weight.
Why It's Essential To Test For A Coefficient Of Friction
It can also show how well coated corrugated or paperboard will endure the rigors of shipping, handling, and sales, in addition to deciding the testing procedure to check if materials can be used properly throughout the production process or as part of a product's packaging.