Height of steel pipe | 1.27M |
Steel ball | 16mm in diameter |
Impact jig | columnar |
Overall dimensions | 44×36×127 CM (length× width× height) |
Weight | 40 KG |
eyeglasses frame perspiration corrosion tester is designed to simulate the conditions that spectacle frames are subjected to in everyday use, such as perspiration and corrosion, in order to determine how well they will hold up over time.
The Spectacle Frame Endurance Tester has a certain fatigue resistance, ensuring that the frame can be safely worn for 2 years or more, and the frame can be resisted from normal loss.
Eyeglass Falling Sand Abrasion Tester simulates the effects of falling sand on the lenses, which can scratch and damage them over time. This type of testing is important for ensuring that eyeglass lenses are able to withstand the rigors of everyday use and will not easily become scratched or damaged.
Eyeglasses Frame Tensile Welding Tester Used for testing the tensile properties of eyeglass frames to determine the strength of welded or assembled connections.
Eyeglass Nickel Release Tester In the process of nickel release test, it is necessary to use the roller to simulate the loss for about 5 hours to destroy the coating on the surface of the frame.
eyeglass lens flame retardant tester to determine whether the material has the required flame retardant properties to ensure the safety of users.
Eyeglasses Frame Torsion Tester For Endurance Test clamp the eyeglass frame on both ends of the fixture for torsion test, observe the degree of wear and evaluate its folding resistance, and provide reference data for material selection.
wear test equipment Used for testing the surface quality of the lens, it is required to rub the surface of the lens with steel wool or pencil according to relevant standards to observe the degree of friction resistance of the lens.
Eyeglasses Lens Wear Tester Equipment Used for testing the surface quality of the lens, it is required to rub the surface of the lens with steel wool or pencil according to relevant standards to observe the degree of friction resistance of the lens.
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