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  Silicone structural adhesives

  The silicone structural adhesive are used in a variety of industries, including electronics, construction, household, aerospace, and renewable energy. They have a high level of adhesion and flexibility. They are also long-lasting, resistant to most chemicals, and have a long service life in harsh environments.

  
  

  Silicone structural adhesives' chemistry and formulation allow them to bind dissimilar materials without causing damage. They do, however, have a lower cohesive strength when compared to other types of structural adhesives. As a result, they must be properly formulated to ensure that they do not degrade the structural integrity of the material.

  
  

  Silicone structural adhesives come in a variety of viscosities. The visco-hyperelastic properties of the adhesive were investigated in order to determine the best viscosity. Several experiments were conducted to determine these properties.

  
  

  A large experimental program on various adhesive families was carried out. This enabled designers to select adhesives that met their needs. It also enabled them to evaluate their material behavior.

  
  

  To evaluate the adhesive's behavior, materials were tested using both tension and compression tests. The results of these tests were used to create material laws.

  
  

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  Principles of choosing a structural adhesive

  The structural adhesive bonding are used across many industries and applications. They are commonly used in the aerospace and automobile industries, for example. Furthermore, they are an excellent alternative to traditional bonding techniques. Choosing the best adhesive for a specific application, on the other hand, is a difficult task.

  
  

  The type of application is the most important factor in determining the correct adhesive. If the substrate is mechanically weak, the adhesive can easily fracture.

  
  

  The same is true for applications that will expose the substrate and adhesive to high humidity and salt. As a result, structural adhesives must be able to stand the test of time.

  
  

  It's no surprise that structural adhesives are becoming more popular in a variety of applications. They solve many problems that would otherwise necessitate complex fabrication and assembly processes. They also provide a great deal of flexibility when it comes to light engineering structures.

  
  

  The right adhesive can improve the reliability of an aircraft's electrical system and reduce the risk of a lightning strike. An improperly bonded joint, on the other hand, can jeopardize an aircraft's integrity.

  
  

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  Testing a bonded assembly

  Adhesive-bonded joints are widely used in aircraft construction. The speedgrip structural adhesive applied to the surfaces of two substrates and pressure sensitive tapes distinguish these structures. Testing is required to determine the effectiveness of an adhesive.

  
  

  The single lap shear test is an effective test. This test can be used to screen new adhesive formulations. It is a simple and effective process control test that provides an approximate measure of an adhesive's strength. However, it does not take into account induced peel loads.

  
  

  A full-sized assembly is a more thorough testing method. A full-sized assembly is a sample of the overall structure that can be examined in the laboratory. As a result, it is critical to record a lot number for traceability.

  
  

  The bond integrity can be affected by the thickness of the substrates as well as the coefficients of thermal expansion and contraction. As a result, these factors should be considered in the joint design.

  
  

  Environmental conditions can also affect adhesive-bonded joints. When air is introduced into the bond, it can disrupt the curing process.

  
  

Why choose Tanyo structural adhesive?

• Shanghai Tanyo Industry Professional Tape & Silicone team

  Tanyo industry provides expanded sealants solutions for key industries and markets like construction (For roofing, metal building and Fenestration) Aero composites, aero sealants and wind power in China.

• Tanyo Industry provides You High Quality Tape & Silicone product

  The company was established by Sika in 2005. Over the past 12 years, they have been producing butyl tape and self-adhesive. It is a hi-tech company based in Shanghai. Serving the automotive, new energy, construction, communications, and other sectors, and collaborating with leading brands in ITW, 3M, and Sika.

• Senior industry experience and price advantage

  It is spread across 20,000 square. m. It has nearly 200 employees, and has an annual production of 250 million. There are three operation centers: Shanghai Headquarters and Southern Marketing Center; Northern Marketing Center with an area of 20,000 square meters; and European Branch. The most reliable product at the most affordable cost.

• One-stop full customization service

  Kejian has had many strategic partnerships with many international and domestic well-known firms, including FAW, SAIC. Ford, Fuyao Group. Fuyao Group. Minth Group. Shanghai SAIC-METZELER Sealing. JianxinZhao's Group Corporation. Times New Material Technology Corporation. Xiangdian Holding. VELUX. BHP. ABC. USAS. Our products are extensively employed in the construction of key domestic structures. The projects include the Pudong airport, the Bird's Nest Olympic Stadium as well as the World Expo Chinese Pavilion, Expo Japanese Pavilion as well as CCTV new constructions, IKEA distribution centers, Guangzhou Automobile Group factory, and many others.

Related product categories

• butyl tape
• structural adhesive
• structural adhesive tape
• structural adhesive bonding
• silicone structural adhesive
• structural adhesive for wood
• structural adhesive for metal
• automotive structural adhesive
• speedgrip structural adhesive

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