Ultraviolet curing silicone pressure-sensitive adhesive is a special type of pressure-sensitive adhesive that uses ultraviolet (UV) radiation to initiate the curing process of the silicon-based pressure-sensitive adhesive. This adhesive combines the properties of silicone compounds with the benefits of UV curing technology for fast curing, high performance, and versatility.

The following are some features and applications of UV-cured silicone pressure-sensitive adhesives:

Features:

  • Fast curing: UV-cured silicone pressure-sensitive adhesives can be cured by UV radiation in a very short time, forming a strong adhesive force within seconds.
  • High performance: Silicone compounds give the adhesive high temperature, chemical, and weather resistance, making it suitable for a variety of environmental conditions.
  • Transparency: Since UV radiation can penetrate transparent substrates, this adhesive usually performs well in applications such as scotch tape, stickers, etc.
  • Adaptability: It can be used on different types of substrates, including plastic, metal, glass, etc.
  • Environmentally friendly: The UV curing process usually does not involve the release of volatile organic compounds, making it more environmentally friendly.

Application field:

  •  Transparent material bonding: suitable for the bonding of transparent plastic, glass, and other materials, such as transparent labels, stickers, etc.
  • Electronic product manufacturing: It can be used to glue electronic components, display screens, touch screens, etc.
  • Medical devices: In the medical field, UV-cured silicone pressure-sensitive adhesives can be used for the preparation of medical tape, medical device bonding, etc.
  • Industrial applications: Used for industrial tapes, labels, sealants, etc.

PE-protective-film-for-stainless-sheet-usage

It is important to note that when using UV-cured silicone pressure-sensitive adhesives, it is necessary to ensure the correct UV-curing equipment and conditions to ensure that the adhesive can fully cure and obtain the desired properties. Different applications may require different formulations and UV curing parameters, so experimentation and testing are required before use.

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Pressure-sensitive adhesive compositions are composite materials made from a mixture of various ingredients used to prepare products such as tapes, labels, stickers, etc. These ingredients can include an adhesive base, viscosities, diluent, filler, additive, etc. The combination and proportion of each component will affect the performance, characteristics, and application range of the adhesive.

The following are the ingredients and effects of some common glue-sensitive adhesive compositions:

  1. Adhesive matrix: usually adhesive polymers, such as acrylates, rubber, etc. The adhesive matrix provides the main adhesion properties and stickiness.
  2. Viscosifier: Viscosifier can increase the adhesion and viscosity of the adhesive so that it is better attached to various surfaces.
  3. 3. Diluent: Diluent can adjust the fluidity and viscosity of the adhesive, making it easier to handle and apply.
  4. Fillers: Fillers can affect the characteristics of adhesives, such as strength, temperature resistance, chemical resistance, etc.
  5. Additives: Additives can be used to adjust the performance of adhesives, such as improving weather resistance, water resistance, UV resistance, etc.
  6. Active agent: Active agent can promote the polymerization reaction and help form the network structure of the adhesive.
  7. Reaction AIDS: Some compositions need to be cured by specific reaction processes, and reaction AIDS can promote or control these reactions.
  8. Solvent: In some adhesives, the solvent can be used to dissolve other ingredients together, and then evaporate after drying to make the adhesive cure.

Acrylic pressure sensitive adhesive

Different types of pressure-sensitive adhesive compositions can be adjusted and optimized for specific application requirements. The preparation of these compositions requires experimentation and testing to determine the best formulation and to ensure that the prepared adhesives have the desired properties and characteristics for the particular application.

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Binary block copolymers are polymers that consist of two different types of monomers polymerized in specific proportions. This structure can give the polymer a variety of properties and characteristics, including mechanical properties, adhesion properties, temperature resistance, etc. The introduction of binary block copolymers into acrylic pressure-sensitive adhesives can regulate the properties of adhesives and improve their range of application and performance for specific applications.

Natural glue

The following are binary block copolymers and some of their common applications in acrylic pressure-sensitive adhesive components:

Characteristic adjustment: The introduction of binary block copolymers can adjust the adhesive properties, plasticity, temperature resistance, chemical resistance, etc. so that it can adapt to the needs of different applications.

Enhanced adhesion properties: Some binary block copolymers can enhance the adhesion properties of pressure-sensitive adhesives, giving them better adhesion on a variety of surfaces.

Improved shear properties: The introduction of a specific type of binary block copolymer can improve the shear properties of the adhesive, allowing it to maintain stable adhesion even when subjected to lateral forces.

Improved temperature resistance: Some binary block copolymers can improve the temperature resistance of acrylic pressure-sensitive adhesives so that they can maintain adhesion at high temperatures.

Chemical resistance: Certain types of binary block copolymers can improve the chemical resistance of pressure-sensitive adhesives, making them less susceptible to chemicals.

Environmentally friendly adhesives: Some binary block copolymers can be used as environmentally friendly additives to help prepare environmentally friendly acrylic pressure-sensitive adhesives.

When using binary block copolymers to improve the performance of acrylic pressure-sensitive adhesives, it is necessary to select the appropriate copolymer type and addition amount according to the specific application requirements. In addition, adequate experiments and tests are carried out to determine the best formulation to ensure that the prepared pressure-sensitive adhesive will have the desired properties under the intended application conditions.

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The pressure-sensitive rubber adhesive is a special type of adhesive, it is composed of a rubber matrix tackifier, and other components, with pressure-sensitive and adhesion properties. This adhesive can rapidly adhere to a variety of surfaces under the application of slight pressure and can maintain stability under a variety of environmental conditions. Pressure-sensitive rubber adhesives are widely used in tapes, labels, stickers, sealants, and other products.

The following are some features and applications of pressure-sensitive rubber adhesives:

Features:

  • Pressure sensitive: The pressure-sensitive rubber adhesive has good pressure sensitivity, meaning that it can quickly adhere to different surfaces under the application of slight pressure.
  • Removability: This adhesive usually has some removability and can be easily torn off or peeled off without leaving a noticeable residue.
  • Temperature resistance: Pressure-sensitive rubber adhesives can maintain adhesion properties within a certain temperature range, but their temperature resistance may be relatively low.
  • Flexibility: This adhesive has a certain degree of flexibility in some cases, adapting to different shapes of the surface.
  • Environmental adaptability: Pressure-sensitive rubber adhesives usually have a certain adaptability to environmental changes such as humidity and climate.

Application field:

  • Tape and labels: Pressure-sensitive rubber adhesives are commonly used to manufacture various types of tape and labels, such as box sealing tape, double-sided tape, labels, etc.
  • Sealant: It can also be used as a sealant to seal containers, pipes, etc.
  • Stickers and decorations: Pressure-sensitive rubber adhesives can be used to make stickers, decorations, etc.
  • Medical supplies: In the medical field, this adhesive can be used to prepare medical tapes, bandages, etc.

protective film for PVC windowsill board

It should be noted that pressure-sensitive rubber adhesives in some special applications, such as high-temperature environments, chemical environments, etc., may be limited, so the selection and use need to be evaluated according to the specific application needs. Different types of pressure-sensitive rubber adhesives may differ in terms of adhesion properties, removability, temperature resistance, etc., so it is important to choose the right adhesive for your specific application.

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Rosin resins are widely used in acrylic pressure-sensitive adhesives to adjust the properties and characteristics of pressure-sensitive adhesives. Rosin resin is a natural resin with viscous and adhesive properties that can be used as an additive in pressure-sensitive adhesives to affect properties such as adhesion, plasticity, viscosity, and temperature resistance.

Here is some information about the use of rosin resins in acrylic pressure-sensitive adhesives:

Adhesion enhancement: Rosin resin in acrylic pressure-sensitive adhesive can enhance the adhesive’s adhesion properties, making it better attached to a variety of surfaces, including different types of substrates.

aluminum alloy doors and windows films

Increased plasticity: The addition of rosin resin can increase the plasticity of the pressure-sensitive adhesive, making it easier to adapt to different shapes and surfaces, thereby improving the applicability of the tape.

Adjust viscosity: Rosin resin can affect the viscosity of the pressure-sensitive adhesive, by adjusting the amount of resin added, you can control the fluidity and viscosity of the adhesive, to adapt to different application needs.

Temperature and chemical resistance: The addition of rosin resin can improve the temperature and chemical resistance of the pressure-sensitive adhesive so that it can maintain stability under different temperatures and environmental conditions.

Control of adhesive properties: Rosin resins can be used with other additives, such as viscosities, thinners, etc., to adjust the properties of the adhesive and achieve the desired properties.

Environmental friendliness: Rosin resin, as a natural resin, usually has a certain environmental friendliness and can play an active role in the preparation of environmentally friendly pressure-sensitive adhesives.

In short, the application of rosin resin in acrylate pressure-sensitive adhesives can be adjusted according to different application requirements to achieve the required adhesion properties, plasticity, viscosity, temperature resistance, and other characteristics. The use of this additive requires testing and optimization in the laboratory to ensure that a high-quality pressure-sensitive adhesive is prepared to meet the needs of the specific application.

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A plasticizer-resistant tape is a tape that maintains stability and adhesive properties in an environment where plasticizers are present or contain them. Plasticizers are chemicals that are usually added to plastics to increase the softness, plasticity, and malleability of the material. However, some plasticizers may affect the adhesive’s adhesion properties, causing the tape to lose its adhesion in an environment where plasticizers are present.

Plasticizer-resistant tapes perform well in situations where contact with materials containing plasticizers is required, such as on plastic products, rubber products, plasticizer-added paper, and other surfaces. This tape may be useful in a variety of application scenarios, such as packaging, marking, construction, industrial, and other fields.

To prepare a plasticizer-resistant tape, the following factors may need to be considered:

  1. Adhesive formula: Select a plasticizer-resistant adhesive formula to ensure that the tape can maintain adhesion when in contact with a surface containing a plasticizer.
  2. Adhesive performance test: The adhesive performance test of the plasticizer-resistant tape is carried out in the laboratory to ensure its adhesive performance under different plasticizer conditions.
  3. Material selection: Select materials that are resistant to the influence of plasticizers, including adhesives, tape films, etc.
  4. Environmental conditions: Consider the environmental conditions of the tape to ensure that the tape can maintain adhesion in the presence of plasticizers.
  5. Sustainability: When preparing plasticizer-resistant tapes, you can also consider the use of environmentally friendly materials and manufacturing processes to meet sustainability needs.

It should be noted that the plasticizer resistance properties of each adhesive and material combination may be different, so experiments and tests need to be carried out when selecting and using the adhesive to ensure that the tape can achieve the desired effect in practical applications.

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Pressure-sensitive adhesive made from resin is a common type of adhesive. Resin can be used as the main component or additive in the preparation of pressure-sensitive adhesives to adjust the adhesion properties, strength, temperature resistance, and other characteristics. The resin can be natural or synthetic, depending on application requirements and performance requirements.

white PE protective film with printing

Here are some common resin types that can be used to prepare pressure-sensitive adhesives:

  1. Natural resins: Natural resins such as natural rubber, rosin, etc., can be used as the main components or additives of pressure-sensitive adhesives. Natural resins in the pressure-sensitive adhesive can provide a certain adhesion and viscosity but also affect the plasticity and temperature resistance of the adhesive.
  2. Synthetic resins: Synthetic resins such as acrylates and butyl acrylates can be prepared by polymerization and used as the main components of pressure-sensitive adhesives. These synthetic resins can be adjusted as needed for adhesion, viscosity, and temperature resistance.
  3. Epoxy resin: Epoxy resin is usually used to prepare high-performance pressure-sensitive adhesives, with good adhesion and temperature resistance. Epoxy resins can be mixed with other ingredients to form pressure-sensitive adhesives suitable for specific applications.
  4. Polyurethane resin: Polyurethane resin can provide high adhesion and strength in pressure-sensitive adhesives, suitable for applications requiring stronger adhesion properties.
  5. Phenolic resins: Phenolic resins are used as additives in specific applications to provide stickiness and enhance adhesion properties.

The composition of the resin as a pressure-sensitive adhesive can be adjusted according to different application requirements. The selection of the right resin type and formulation can be determined based on factors such as adhesion properties, temperature resistance, chemical resistance, viscosity, etc., to prepare high-quality pressure-sensitive adhesives suitable for specific applications.

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The pressure-sensitive adhesive used at low temperatures is specially designed, and its main feature is that it can maintain good adhesion properties at low temperatures. This type of pressure-sensitive adhesive has a wide range of applications in cold climates or low temperatures to ensure the reliability and stability of products such as tapes, labels, and stickers in low-temperature environments.

pressure-sensitive adhesive

Here are some important features and applications of pressure-sensitive adhesives for low-temperature use:

Features:

– Low-temperature adhesion: The pressure-sensitive adhesive used at low temperatures has good low-temperature adhesion performance and can maintain good adhesion in cold climate conditions.

– Cold resistance: This type of pressure-sensitive adhesive has good cold resistance and can maintain adhesion properties at extremely low temperatures without hardening or losing viscosity.

– Flexibility: Pressure-sensitive adhesives used at low temperatures usually have a certain flexibility and plasticity to adapt to changes in different surfaces.

– Shear resistance: Under low-temperature conditions, the shear resistance of this pressure-sensitive adhesive can still be maintained, and it is not easy to tear or fall off.

– Environmental adaptability: Pressure-sensitive adhesive used at low temperatures can adapt to various low-temperature environments, such as cold storage, outdoor cold environments, etc.

Application field:

Cold storage and refrigeration: Pressure-sensitive adhesives used at low temperatures are often used for labeling, fixing products, etc., to ensure stability in cold storage and refrigerated environments.

– Outdoor applications: In cold outdoor environments, such as winter outdoor advertising, signs, etc., this adhesive can maintain adhesive properties.

– Winter activities: In winter outdoor activities, such as skiing, mountaineering, etc., pressure-sensitive adhesives used at low temperatures can be used for labeling, fixing equipment, etc.

– Frozen food packaging: Labels and tapes used for frozen food packaging must have adhesion properties at low temperatures.

When choosing a pressure-sensitive adhesive for low-temperature use, it is necessary to consider the specific requirements of the application, such as the required adhesion strength, low-temperature conditions, and the type of substrate. In addition, relevant regulations and safety requirements should be observed to ensure that the adhesives used are safe and reliable.

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Pressure-sensitive tape based on Soft Polyvinyl Chloride (SPVC) film is a common adhesive tape product with flexibility, plasticity, and adhesion properties for a variety of applications. Here are some important information about this type of pressure-sensitive tape:

Composition: This type of pressure-sensitive tape consists of two main components: the SPVC film as the substrate of the tape, and the pressure-sensitive adhesive applied to the surface of the film.

Features:

  1. Softness: The softness of the SPVC film makes the tape have good adaptability and can adapt to different shapes of the surface.
  2. Plasticity: SPVC film has good plasticity, and can be molded into various shapes by heating and molding.
  3. Adhesion properties: Pressure-sensitive adhesives can be attached to different surfaces under slight pressure, providing reliable adhesion properties.
  4. Water resistance: This tape usually has some water resistance and can maintain adhesive properties in wet environments.
  5. Removability: Most pressure-sensitive tapes have some removability and can be easily torn off or peeled off without leaving a noticeable residue.

transparent PE protective film

Application field:

  1. Home decor: This tape is commonly used in home decor, marking, and sealing applications such as frame edging, temporary repairs, etc.
  2. Office: In the office environment, SPVC film tape can be used for document packaging, sealing, and temporary paste.
  3. Industrial: In the industrial sector, it can be used for fixing and protecting components, marking, and other applications.
  4. Packaging: In the packaging industry, this,s tape can be used to close boxes, bind items, etc.
  5. Medical: In the medical field, this tape can be used to fix bandages, paste medical devices, etc.

When selecting a pressure-sensitive tape with SPVC film as the substrate, it is necessary to consider the requirements of the application, such as adhesion performance, durability, environmental conditions, etc. In addition, it is important to note that SPVC films may raise environmental and health concerns in some environments, so relevant regulations and safety requirements need to be complied with when selecting and using them.

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Acrylic pressure-sensitive adhesive containing chlorinated paraffin is a special type of pressure-sensitive adhesive in which chlorinated paraffin is introduced as an additive to change the properties and characteristics of the pressure-sensitive adhesive. Chlorinated paraffins are usually in the form of chlorinated paraffin particles or powders, and are prepared by mixing acrylate monomers. This adhesive may have some special advantages and uses in specific applications.

PE films

The following are some of the characteristics and applications of acrylic pressure-sensitive adhesives containing chlorinated paraffins:

Features:

– Viscosifier effect: Chlorinated paraffin can play the role of viscosities in acrylic pressure-sensitive adhesive, improving the adhesion and adhesion of the adhesive.

– Adhesion adjustment: Adding different proportions of chlorinated paraffin can adjust the adhesion of the adhesive to adapt to different surfaces and application needs.

– Temperature resistance: The addition of chlorinated paraffin may improve the temperature resistance of the adhesive so that it can maintain stability in a high-temperature environment.

Application field:

– Industrial: Acrylic pressure-sensitive adhesives containing chlorinated paraffin can be used in industrial applications for fixing, bonding, packaging, etc., especially where high adhesion and temperature resistance are required.

– Construction: In construction and decoration, this adhesive may be used for temporary pasting, sealing, and other applications.

– Automotive manufacturing: In the automotive industry, this adhesive can be used for the bonding and fixing of automotive parts, as well as applications in special environments.

It should be noted that the use of acrylic pressure-sensitive adhesives containing chlorinated paraffin needs to be evaluated according to the specific application requirements. In addition, chlorinated paraffins may raise environmental and health concerns in some environments, so it is necessary to pay attention to relevant regulations and safety requirements when selecting and using them.

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