跳至主要内容

10 Important Points to Remember About ASTM D5171 Button Impact Tester

About ASTM D5171 Button Impact Tester Important Points


1. Start the Safety Shoe Impact Tester. Click the [Up Button] on the control box to lift the impact head. To the proper position, click the [Down Button] to stop.
 
2. Click [Left Button] to lower the anti-secondary impact device. Install the toe sample of the safety shoe. Tighten the screws to secure the fixture to the sample to ensure that the sample does not move.
 
3、Put the playdough into the mold to make a cylinder. Place the playdough cylinder on the inside of the toe in this position. Adjust the height of the impact head using the handle at the bottom left. Make the impact head just touch the sample.
Button Impact Tester
4. Press [Zero] and [Unit/O-L] simultaneously to clear Length. click [Menu] and [Down Button] to select the test height.
 
5. Click the arrow keys to set the test height. When the height setting is complete, click [Start/Enter] to confirm. Click [Esc/Stop] to exit. 
 
6. Click the arrow keys to set the load weight. Click [Start/Enter] and the impact head will automatically rise to the set height.
 
7. Open the safety lock on the impact head. After confirming that everything is ready, click [Start/Enter].

评论

此博客中的热门博文

Tinuvin 1130: An Excellent UV Absorber

 In the field of the chemical industry, UV absorbers play a crucial role, particularly in protecting materials from UV damage. Today, we will delve into a highly regarded UV absorber—Tinuvin 1130. Tinuvin 1130 : chemical name: 3-(3-(2H-benzotriazole-2-yl)-4-hydroxy-5-tert-butyl phenyl)propionic acid polyethylene glycol 300 ester; CAS login number: 104810-48-2. This product is an exceptional UV absorber that offers numerous benefits due to its unique properties. One of the standout features of Tinuvin 1130 is its excellent weather resistance. It has a strong ability to absorb ultraviolet rays, particularly those with wavelengths ranging from 290-400nm. This effectively prevents coatings, plastics, rubber, and other materials from being damaged by UV rays, thereby maintaining the performance and appearance stability of these materials and extending their service life. In addition, Tinuvin 1130 exhibits good compatibility. It is easy to emulsify in water-based systems and can be...

Medical Mask Synthetic Blood Penetration Tester

Surgical Masks Synthetic Blood Penetration Resistance Tester Medical Face Mask Synthetic Blood Penetration Resistance Tester is mainly used in the blood penetration test of masks, which ensures that medical masks can have enough protection to prevent the penetration of blood after splashing from bringing danger to users. It is an essential part of mask test, especially for medical masks. Face Mask Synthetic Blood Penetration Resistance Tester can be used not only to detect synthetic blood penetration resistance of medical masks, but also to detect other textile coating materials. When in use, it can be used to detect different directions only by adjusting the appropriate parameters, thus improving the practicability and working efficiency of the equipment to the greatest extent. Mask Synthetic Blood Penetration Tester  Standards: GB 19083-2010 Technical requirements of medical face masks - Anti-penetration property of 5.5 synthetic blood. YY/T 0691-2008 Clothing for protection agai...

Ink Abrasion Tester For Ink Layer Abrasion Test

        Abrasion resistance of ink layer is one important parameter that is used to evaluate the printing quality. If the abrasion resistance of the ink layer is poor, the printed words on the paper or paperboard may become illegible and the part with printed area may be abraded in transportation, storage or in use.                   As a result, the printed words will be not able to be read by the customers, which cause inconvenience or misunderstanding and thus the product image would be compromised. Therefore, it is necessary for the manufacturers to test the abrasion resistance of the ink layer on the paper or paperboard before use.         Often during the shipping or handling process, printed products will be exposed to a degree of abrasion to its surface. Regardless of quality or perfection of the printed product, a scuffed, rubbed off or scratched surface would render it a print defect...