Metal section bar protection film and production method thereof

A metal profile and protective film technology, applied in the direction of adhesive type, pressure-sensitive film/sheet, film/sheet-shaped adhesive, etc., can solve problems such as insufficient cohesion, high curing temperature, mixed damage, etc., to achieve The effects of high cohesive strength, good uniformity of film formation on the rubber surface, good laminating performance and peelability

Inactive Publication Date: 2016-10-26
XIANGYANG SUNVALOR AEROSPACE FILMS CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Rubber-type pressure-sensitive adhesives generally use gasoline, toluene, etc. as solvents, which are very dangerous and polluting; silicone-type pressure-sensitive adhesives are generally two-component or three-component, and the curing temperature is relatively high (generally higher than 130°C ), not suitable for PE protective film; water-based acrylic pressure-sensitive adhesive has obvious advantages in terms of safety, environmental protection and use, but due to the large content of small molecules and insufficient cohesive force, it is easy to cause cohesive damage and mixing when used Destruction and other failure forms

Method used

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  • Metal section bar protection film and production method thereof
  • Metal section bar protection film and production method thereof
  • Metal section bar protection film and production method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0050] The metal profile protective film of the present embodiment, its raw material component consumption is as follows:

[0051] Component A 40kg

[0052] Component B 10kg

[0053] Initiator 0.1kg

[0054] Cross-linking agent 0.6kg.

[0055] The initiator uses ammonium persulfate, and the crosslinking agent uses SC-100.

[0056] Wherein, component A and component B are each prepared by the composition of following consumption,

[0057]

[0058] The preparation process is as follows:

[0059] S1, Synthesis of Component A.

[0060] First, add the emulsifier into an emulsification bottle filled with deionized water, stir, and dissolve evenly, then slowly add and mix the soft monomer, hard monomer and functional monomer A, and continue stirring for 30 minutes to obtain a stable pre-emulsion;

[0061] Then, 10% by volume of the pre-emulsion and NaHCO 3 Add the solution into a four-neck flask, stir and heat up to 80°C, condense, add 10% by volume of the initiator, react ...

Embodiment 2

[0071] The metal profile protective film of the present embodiment, its raw material component consumption is as follows:

[0072] Component A 70kg

[0073] Component B 30kg

[0074] Initiator 0.2kg

[0075] Cross-linking agent 1.0kg.

[0076] The initiator uses potassium persulfate, and the crosslinking agent uses GA-240.

[0077] Wherein, component A and component B each have the composition preparation of following consumption,

[0078]

[0079] The preparation process is as follows:

[0080] S1, Synthesis of Component A.

[0081] First, add the emulsifier into an emulsification bottle filled with deionized water, stir, and dissolve evenly, then slowly add and mix the soft monomer, hard monomer and functional monomer A, and continue stirring for 30 minutes to obtain a stable pre-emulsion;

[0082] Then, 10% by volume of the pre-emulsion and NaHCO 3 Add the solution into a four-neck flask, stir and heat up to 80°C, condense, add 10% by volume of the initiator, reac...

Embodiment 3

[0092] The metal profile protective film of the present embodiment, its raw material component consumption is as follows:

[0093] Component A 90kg

[0094] Component B 40kg

[0095] Initiator 0.4kg

[0096] Cross-linking agent 1.4kg.

[0097] The initiator uses ammonium persulfate, and the crosslinking agent uses SC-100.

[0098] Wherein, component A and component B each have the composition preparation of following consumption,

[0099]

[0100]

[0101] The preparation process is as follows:

[0102] S1, Synthesis of Component A.

[0103] First, add the emulsifier into an emulsification bottle filled with deionized water, stir, and dissolve evenly, then slowly add and mix the soft monomer, hard monomer and functional monomer A, and continue stirring for 30 minutes to obtain a stable pre-emulsion;

[0104] Then, 10% by volume of the pre-emulsion and NaHCO 3 Add the solution into a four-neck flask, stir and heat up to 80°C, condense, add 10% by volume of the init...

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PUM

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Abstract

The invention provides a metal section bar protection film and a production method thereof. An emulsion pressure-sensitive adhesive has the characteristics of large cohesion, small content of micro-molecules, certain initial viscosity, good persistent viscosity, stable mechanical performances and stable thermal performance, the use performances are not affected after the emulsion pressure-sensitive adhesive is stored at normal temperature for 6 months, the coating film formation performance is good, and hole shrinkage and crack phenomena does not exist in the coating process; the protection film produced by using the pressure-sensitive adhesive has the advantages of good coating performance and peelability, good adhesive surface film formation uniformity, no hole shrinkage or cracking, high cohesion, and suitableness for high-surface energy surface coating; and the protection film can be applied to coating of micro-porous anodized aluminum and stainless steel plate surfaces without residual adhesive or mottles.

Description

technical field [0001] The invention relates to the technical field of protective films, in particular to a protective film for metal profiles and a preparation method thereof. Background technique [0002] During the production and transportation of aluminum profiles, it is easy to affect the surface quality of aluminum profiles due to interactions such as collision and extrusion. Therefore, aluminum profiles need to be covered with a protective film for surface protection from production to installation. After anodic oxidation, the surface of alumina produces a pore structure with a pore size of tens of nanometers, and the surface energy is very high. Therefore, a sealing process is required to reduce the surface energy. However, some micropores will still remain after the sealing process is completed. At this time, when the pressure-sensitive adhesive protective film is attached, the protective film will fail because the force between the protective film and the surface o...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C09J7/02C09J133/08C08F220/18C08F218/08C08F220/06C08F220/14C08F220/58C08F2/24C08F2/26
CPCC08F2/24C08F2/26C08F220/18C09J133/08C09J2423/046C09J2433/00C09J7/22C09J7/38C08F220/1804C08F220/1808C09J2301/312C08F218/08C08F220/06C08F220/14C08F220/58
Inventor 姚小龙李莹李俊彬张鹏夏奎陈宗山黄明伟尹鹏李凤宇
Owner XIANGYANG SUNVALOR AEROSPACE FILMS CO LTD
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