Home » News » Product News » How to Make the Glass Sucker Stick Better?

How to Make the Glass Sucker Stick Better?

Views: 0     Author: Site Editor     Publish Time: 2023-02-16      Origin: Site

Inquire

facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
whatsapp sharing button
sharethis sharing button

Glass sucker is one of the actuators of vacuum equipment. The glass sucker cup material is made of nitrile rubber and has large tear force. Therefore, glass sucker is widely used in various vacuum holding equipment, such as construction, paper industry, printing, glass and other industries.


  • How to make the glass sucker better?

  • Working principle of glass sucker

  • Characteristics of glass sucker


How to make the glass sucker better?


Since glass sucker are mainly used to stick to smooth, non-porous surfaces, you must choose the surface to be used as carefully as possible. If possible, make sure to avoid permeable, rough textured surfaces of glass sucker.


Glass sucker have various sizes, and the largest glass sucker will also produce the largest surface area for attachment so as to obtain greater strength.


Just as the surface area affects the behavior of glass sucker on the surface, the cleanliness of the surface is also important. Before attaching the suction to the surface, make sure that the contact surfaces themselves and the interior of the individual suction to be used are thoroughly cleaned with warm water and foam detergent.


Rinse the detergent on the surface of the glass sucker with clean water, then wipe it with a paper towel or lint free cotton towel, and make sure that no fabric is on the surface of glass sucker. This is one of the best ways to make the glass sucker better, because it greatly improves the effectiveness of the glass sucker.


Finally, you can pour some water droplets into the glass sucker, or use Vaseline or edible oil to form a film on the inner side of the suction cup.


Glass Sucker Stick


Working principle of glass sucker


Glass sucker are also known as vacuum spreaders and vacuum nozzles. Generally speaking, using glass sucker to grab products is a cheaper method.


First, connect the vacuum glass sucker cup to the vacuum equipment, such as vacuum generator, through the connector. Then, contact the object to be lifted, such as glass and paper, and start sucking with the vacuum equipment to generate negative air pressure in the glass sucker, so as to suck the object to be lifted. Once it is fast, you can start transporting the object to be lifted. When the hoisted object is transported to the destination, it is stably inflated into the glass sucker to change the glass sucker from negative pressure to zero or slightly positive pressure. The glass sucker is separated from the hoisted object, so as to complete the lifting and transportation of heavy objects.




Characteristics of glass sucker


  • Glass sucker is easy to carry.

  • Glass sucker is easy to use. No matter what material the object is made of, glass sucker can be used as long as it can be sealed without air leakage.

  • There is no pollution or glass sucker. The glass sucker is particularly environmentally friendly and will not pollute the environment. It does produce light, heat, and electromagnetism.

  • There is no damage to workpiece. Because the glass sucker is made of rubber material, absorbing or putting down the workpiece will not cause any damage to the workpiece.


Jianlai Hardware (HK) Co., Ltd is based on high quality and high-end market. Our products meet international standards and are mainly exported to Europe, America, the Middle East and Southeast Asian countries and other destinations all over the world.


 : +0086-0757-87724332
 : Admin@jinhuida-hardware.com
  +0086-18825152441(Mr. JK)
: No. 13, Jinyuan Middle Rd, Jintao Industrial Park, Jinli Hightech District, Zhaoqing City, Guangdong Province, China

NAVIGATION

CONTACT US

Contact us
Copyright © 2021 JianLai Hardware (HK) Co.,Ltd. All Rights Reserved. Sitemap