Acrylic pressure-sensitive tape is a common tape product, it uses acrylic pressure-sensitive adhesive as the main adhesive and is widely used in various fields, such as packaging, office, construction, medical, and so on. Here is some important information about acrylic pressure-sensitive tape:

Composition: The main component of acrylic pressure-sensitive tape is an acrylic pressure-sensitive adhesive. These pressure-sensitive adhesives are usually made by polymerizing acrylic monomers, which can be of different types and formulations to adjust adhesive properties, temperature resistance, chemical resistance, etc.

Features:

– Adhesion: Acrylic pressure-sensitive tape has excellent adhesion properties, can be firmly attached to a variety of surfaces, and can adhere quickly after applying slight pressure.

– Removability: Despite its good adhesion properties, acrylic pressure-sensitive tape is usually also fairly removable, leaving no visible residue on the surface being glued.

– Adaptability: Acrylic pressure-sensitive tape can adapt to different surfaces and materials, so it is flexible in a variety of applications.

– Temperature resistance: This tape usually has a certain temperature resistance and can maintain adhesive properties within a certain temperature range.

– Diversity: Acrylic pressure-sensitive tape can be prepared into different colors, widths, thicknesses, and other products according to different application requirements.

Chemical flame retardants

Application field:

– Packaging: Acrylic pressure-sensitive tape is often used for packaging applications such as sealing, packaging, bundling, etc.

– Office: This tape is also a common product in office stationery, used to glue documents, seal envelopes, etc.

– Construction: Acrylic pressure-sensitive tape is used in construction and decoration for temporary pasting, marking, etc.

– Medical: In the medical field, acrylic pressure-sensitive tape can be used to fix bandages, paste medical devices, etc.

– Industrial: In the industrial field, this tape is used for sealing pipes, marking equipment, etc.

It should be noted that when selecting the appropriate acrylic pressure-sensitive tape, specific application needs should be considered, such as the required adhesion strength, environmental conditions, temperature range, etc., to ensure that the selected tape can meet the expected effect.

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The use of adhesives on Pressure-Sensitive resistors (PSRS) is quite common. A varistor is a material whose resistance value changes when pressure is applied and is therefore widely used in sensing, control, and detection applications.

When making and using varistors, the use of adhesives can achieve the following objectives:

  1. Fixation and installation: Using adhesive, the varistor can be firmly fixed in the desired position to ensure that the resistance element does not move or fall off during operation.
  2. Insulation and protection: Adhesives can provide a layer of insulation and protection to prevent the varistor from coming into contact with the external environment or other materials, thereby extending its life and stability.
  3. Uniform distribution of pressure: In some applications, adhesives can help achieve uniform distribution of pressure, so that external pressure can be more accurately detected or measured.
  4. Adhesive properties: The selection of adhesives can be made according to the characteristics of the varistor and the required substrate to ensure that the adhesive provides adequate adhesive properties.
  5. Reduce resonance: In some applications, adhesives can reduce the resonance or oscillation of the varistor, thereby improving the stability and accuracy of the sensor.

protective Film on Profiled Aluminum Alloy

When choosing the right adhesive, the following factors need to be considered:

– Adhesive type: Select the type of adhesive that is suitable for varistor and substrate, such as emulsion type, double-sided adhesive, silicone, etc.

– Adhesion properties: Ensure that the adhesive has sufficient adhesion properties to adhere stably under the required temperature and environmental conditions.

Electrical conductivity: In some applications, it may be necessary to consider the electrical conductivity of the adhesive to ensure that it does not affect the electrical properties of the varistor.

– Environmental adaptability: According to the characteristics of the application environment, choose adhesives with sufficient temperature resistance and humidity resistance.

– Application method: Consider the construction and application method of the adhesive to ensure that it can be evenly coated or fixed on the varistor.

In summary, the correct selection and application of adhesives can help optimize the performance and stability of varistors, thereby improving their effectiveness in sensing and control applications.

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PVC substrate is a film made of Polyvinyl Chloride (PVC) that is often used to protect product surfaces from scratches, contamination, and other damage. PVC protective film is widely used in various fields, such as household goods, building materials, electronic products, automotive parts, etc., to protect the appearance and quality of products in the manufacturing, transportation, and storage process.

The following are some of the characteristics and uses of PVC protective film substrates:

Features:

  1. Durability: PVC film substrate has strong durability and can resist damage such as scratches, tears, and wear.
  2. Flexibility: PVC film substrate has a certain degree of flexibility, and can adapt to different shapes and surfaces of the product.
  3. Water resistance: PVC film substrate usually has a certain waterproof performance, which can prevent water penetration into the protected surface.
  4. Transparency: Some PVC protective film substrates have high transparency, which can protect the appearance of the product without affecting its appearance.
  5. Easy construction: PVC film substrate is usually easy to construct and can be quickly coated on the surface of the product.
  6. Environmental protection: Some PVC protective film substrates can be made of environmentally friendly materials to meet sustainability requirements.

Purpose:

  1. Home decoration: PVC protective film is often used to protect the surface of furniture, floors, doors Windows, and other home products to prevent scratches and damage.
  2. Building materials: In the building construction process, PVC protective film can be used to protect the surface of Windows, doors, walls, and other building materials.
  3. Electronic products: PVC film substrate can be used for the screen, shell, and other parts of electronic products to prevent scratching and fingerprints.
  4. Automotive industry: Automotive manufacturers can use PVC protective film to protect the surface of automotive parts, such as the body, interior, etc.
  5. Industrial equipment: In the industrial field, PVC protective film can be used to protect the surface of industrial equipment from damage.

 

It is important to note that despite the many advantages of PVC protective film, PVC materials can create environmental problems after the end of their life cycle. Therefore, when using PVC protective film, you can consider the use of environmentally friendly PVC materials or other more sustainable alternative materials to reduce environmental impact.

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A pressure-sensitive adhesive composition is a composite material composed of a mixture of different components for the preparation of a pressure-sensitive adhesive with specific properties and functions. These compositions may include adhesive monomers, additives, fillers, thinners, and other components to adjust and improve the performance of the final adhesive.

Here are some of the ingredients in common pressure-sensitive adhesive compositions:

  1. Monomer (polymeric monomer): One of the main components of the pressure-sensitive adhesive composition is a monomer, usually acrylic ester, butyl acrylate, etc. These monomers can form high molecular polymer through polymerization reaction and constitute the main structure of adhesive.
  2. Additives: Additives are used to improve the performance and function of adhesives. This may include viscosifiers, antioxidants, fillers, viscosity regulators, temperature improvers, preservatives, adhesion enhancers, etc.
  3. Crosslinking agents: Some pressure-sensitive adhesive compositions may contain crosslinking agents used to increase the shear resistance and strength of the adhesive.
  4. Diluent: Diluent is used to adjust the viscosity and viscosity of adhesives to adapt to different application needs. Diluents often make adhesives easier to apply and apply.
  5. Photoinitiator: For UV-curing pressure-sensitive adhesives, the photoinitiator is essential, it can promote the cross-linking reaction of monomers under ultraviolet irradiation, to achieve rapid curing.
  6. Pigments and pigment dispersants: If you need to prepare colored pressure-sensitive adhesives, pigments, and pigment dispersants can be added to achieve specific colors and appearance effects.
  7. Environmental protection additives: Environmental protection additives can make the adhesive more environmentally friendly, such as the use of degradable materials or low volatile organic compounds.pressure sensitive acrylate adhesive

The formulation and composition of pressure-sensitive adhesive compositions depend on the specific application needs and the properties being sought. The preparation of these compositions requires careful experimentation and testing to determine the best formulation to prepare a high-quality pressure-sensitive adhesive product with the required properties.

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By mixing specific additives, the adhesion ability of the pressure-sensitive adhesive can be effectively improved to meet the needs of different applications. These additives can affect the adhesive properties, durability, temperature stability, and other characteristics.

Here are some common additives that can be used to improve the performance of pressure-sensitive adhesives:

  1. Viscosifier (thickener): Viscosifier can increase the viscosity of the adhesive, thereby improving the adhesion and viscosity. This is useful for applications that require stronger adhesion.
  2. Antioxidants: Antioxidants can help prevent oxidative degradation of adhesives under prolonged exposure to oxygen and heat, thereby extending the service life of adhesives.
  3. Fillers: Fillers (such as particulate or fibrous materials) can change the structure of the adhesive and increase its shear resistance and strength.
  4. Viscosity regulator: The viscosity regulator can adjust the viscosity of the adhesive so that it can adapt to different application methods and requirements.
  5. Adhesion enhancer: These additives can enhance the adhesion between the adhesive and different surfaces and improve the adhesion performance.
  6. Temperature improvers: For applications that need to be used in high or low-temperature environments, adding temperature improvers can improve the temperature resistance of adhesives.
  7. Preservatives: Preservatives can protect adhesives from microbial contamination and biodegradation, extending the stability of the product.
  8. Fillers: Adding tiny fillers can adjust the properties of adhesives, such as increasing adhesion, durability, etc.
  9. Anti-aging agent: Anti-aging agents can slow down the aging and degradation of adhesives caused by light, heat, and other factors.
  10. Environmental protection additives: Environmental protection additives can make adhesives more environmentally friendly, such as the use of degradable materials or low volatile organic compounds.

Natural glue

The choice of additives should be determined according to the specific application and needs of the adhesive. In the use of additives, it is necessary to carefully consider their compatibility, impact, and possible effects to ensure that the performance of the adhesive is effectively improved.

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UV curing pressure-sensitive adhesive is a special type of pressure-sensitive adhesive that can be cured by ultraviolet radiation, thus achieving rapid curing and adhesion. This pressure-sensitive adhesive will cross-link in a short time under a certain amount of ultraviolet radiation to form a strong bonding layer, which can be attached to different surfaces.

The preparation and use process of UV-curing pressure-sensitive adhesives usually includes the following steps:

  1. Material preparation: Prepare monomers, crosslinking agents, photoinitiators (catalysts for UV curing), and other materials.
  2. Formula modulation: Mix the required monomers and additives by a certain formula ratio to prepare a pressure-sensitive adhesive with appropriate properties.
  3. Coating: The prepared pressure-sensitive adhesive is coated on the required substrate, which can be carried out by coating, printing, and other methods.
  4. Ultraviolet curing: The coated pressure-sensitive adhesive is exposed to ultraviolet irradiation equipment. Ultraviolet light can stimulate the photoinitiator, which triggers the cross-linking reaction between the monomers so that the pressure-sensitive adhesive can cure quickly.
  5. Inspection and testing: After curing, the cured layer is inspected and tested to ensure that the bonding performance and quality meet the requirements.

UV-curing pressure-sensitive adhesives

Advantages of UV-curing pressure-sensitive adhesives include:

– Fast curing: UV-curing pressure-sensitive adhesives can cure in a short time, improving production efficiency.

Adhesion strength: Cured pressure-sensitive adhesives usually have high adhesion strength and durability due to the occurrence of cross-linking reactions.

– Solvent-free: UV-curing pressure-sensitive adhesives usually do not require solvents and therefore have less impact on the environment.

– Precise control: By adjusting the duration and intensity of UV exposure, the curing process can be precisely controlled to suit different application needs.

However, UV-curing pressure-sensitive adhesives also have some limitations, such as the requirement for UV-irradiation equipment and the possibility of curing inhomogeneity on opaque or thick materials. Therefore, when choosing to use this adhesive, it needs to be evaluated according to the specific application requirements and material characteristics.

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Pressure-sensitive adhesive film is a thin-film material with pressure-sensitive adhesive as the main component, which has adhesion and bonding properties and can be attached to various surfaces under slight pressure. This film is widely used in various industries, such as packaging, industry, medicine, office, etc., for bonding, sealing, fixing, laminating, and other different applications.

Pressure-sensitive adhesive

Pressure-sensitive adhesive films usually have the following characteristics:

  1. Adhesion: The pressure-sensitive adhesive film has excellent adhesion properties and can be firmly attached to different surfaces under slight pressure, including paper, plastic, metal, ceramics, and so on.
  2. Removability: The pressure-sensitive adhesive film can usually be easily torn off or peeled off without leaving obvious residue, thus causing no damage to the object to be glued.
  3. Adaptability: This film can adapt to different shapes of the surface, and has a certain degree of flexibility, so it is suitable for different application needs.
  4. Temperature resistance: Pressure-sensitive adhesive film can usually maintain adhesion properties within a certain temperature range, but it may be affected in high or low-temperature environments.
  5. Transparency: Some pressure-sensitive adhesive films have high transparency, suitable for applications that need to maintain the appearance of the surface.
  6. Diversity: The pressure-sensitive adhesive film can be adjusted according to different application requirements and adhesion properties to achieve specific functions, such as water resistance, chemical resistance, heat resistance, etc.
  7. Environmental protection: Some pressure-sensitive adhesive films can use environmentally friendly materials to meet sustainability requirements.

The process of preparing a pressure-sensitive adhesive film usually involves coating the pressure-sensitive adhesive on an appropriate substrate and then transforming it into a film-like material by drying or curing. These membranes can be supplied in roll or sheet form to meet different production and application needs.

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Poly(methyl) acrylate is a common base material that is widely used in the preparation of pressure-sensitive adhesives. This material has several useful properties that make it ideal for preparing high-performance pressure-sensitive adhesives.

The following are some important characteristics of poly(methyl) acrylates in pressure-sensitive adhesives:

  1. Adhesion: Poly (methyl) acrylates provide excellent adhesion properties in pressure-sensitive adhesives and can adhere firmly to a variety of surfaces, including different types of materials and textures.
  2. Elasticity and flexibility: This material has certain elasticity and flexibility after curing so that the pressure-sensitive adhesive can adapt to the irregularity of the surface and maintain adhesion.
  3. Chemical stability: Poly (methyl) acrylate has good resistance to many chemicals and solvents, which allows the pressure-sensitive adhesive to maintain stability in a variety of environments.
  4. Transparency: Some poly (methyl) acrylates have high transparency, so transparent pressure-sensitive adhesive products can be prepared, such as scotch tape or film.
  5. Temperature performance: Poly (methyl) acrylate can be adjusted according to the need to obtain pressure-sensitive adhesive to adapt to different temperature ranges
  6. Adjustability: Poly (methyl) acrylate can adjust its performance by changing polymerization conditions and additives to meet the requirements of different applications.
  7. Water-based adhesives: Some derivatives of methacrylate can be used to prepare water-based pressure-sensitive adhesives, to meet the requirements of environmental friendliness.

pressure sensitive adhesive

In general, poly (methyl) acrylate, as a base material, provides a reliable performance basis for pressure-sensitive adhesives and can be adjusted to meet the needs of different applications by formulation and preparation process.

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Pressure-sensitive adhesive tapes are indeed facing increasing performance requirements in today’s applications. These requirements usually cover adhesion, temperature resistance, chemical resistance, durability, environmental friendliness, and many other aspects.

Here are some of the factors that can cause the performance requirements of pressure-sensitive adhesive tapes to become more demanding:

  1. High-performance applications: Modern industrial and commercial fields require tape to perform well in a wider range of application scenarios. This includes high-temperature environments, low-temperature environments, chemical exposure, outdoor applications, etc.
  2. Special materials and surfaces: Tape is used for various materials and surfaces, such as plastics, metals, ceramics, etc. Therefore, it is necessary to adapt to the adhesion and durability of different surfaces.
  3. Durability and reliability: Tape in some applications requires long-term adhesion, such as construction, automotive manufacturing, etc. Therefore, durability and reliability become particularly important.
  4. Environmental friendliness: With the enhancement of environmental awareness, the requirements for the environmental friendliness and degradability of tape materials are also increasing.
  5. Automation applications: In production and manufacturing, more and more applications need automatic processing, so the tape needs to adapt to the requirements of automatic fitting and processing.
  6. Microelectronics and high-precision applications: In microelectronics, optics, and other high-precision applications, tapes may require extremely high precision, purity, and minimal residue.
  7. Innovative design: Manufacturers and designers want to create more innovative tape products to meet new market demands.

High-quality profile films

To meet these demanding performance requirements, manufacturers and developers may employ the following strategies:

– Material innovation: Develop new adhesive materials, such as high-temperature resistant adhesives, chemical resistant adhesives, etc.

– Structural design: Optimize the molecular structure of adhesives to improve their adhesion properties and specific application requirements.

– Additive preparation: Add various additives, such as nanomaterials, polymer modifiers, etc., to improve the performance of the adhesive.

– Testing and verification: Through rigorous testing and verification, ensure that the tape meets the requirements of the specific application.

– Sustainability considerations: The use of environmentally friendly materials and degradable technologies to meet the needs of sustainability.

 

In short, with the advancement of technology and changes in market demand, the performance requirements of pressure-sensitive adhesive tapes will continue to increase, and manufacturers need to continue to innovate and improve to meet the needs of various special applications.

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The preparation of water-based emulsion pressure-sensitive adhesives using water as a dispersion medium usually involves steps such as emulsification, polymerization, and cross-linking.

Here is a basic preparation process:

Steps to prepare water-based emulsion pressure-sensitive adhesive:

  1. Material preparation: Prepare the required monomers (usually acrylates, butyl acrylates, etc.), crosslinking agents, emulsifiers, stabilizers, etc.
  2. Emulsification:

– Mix water and monomers, usually at the right temperature, to form a water phase.

– Add emulsifiers and stabilizers to the water phase. Emulsifiers help disperse the monomers in the water and prevent them from regrouping.

– Under the condition of mechanical agitation, the water phase and the emulsifier are mixed evenly to form an emulsion.

High Viscosity Water Based Adhesives Psa

  1. Aggregation:

– Add an initiator (e.g., peroxide initiator) to the emulsion. The initiator causes the polymerization of monomers to form a high polymer.

– As the polymerization reaction proceeds, the monomers will gradually polymerize into polymer chains, which will gradually thicken the emulsion.

  1. Cross-linking (optional) :

– If it is necessary to increase the shear resistance and viscosity of the adhesive, an appropriate amount of crosslinking agent can be added. The crosslinker helps to cross-connect the polymer chains, increasing the strength and viscosity of the adhesive.

  1. Adjust performance:

– Antioxidants, preservatives, etc. can be added as needed to adjust the properties and stability of the adhesive.

  1. Post-processing:

– After the polymerization is completed, the adhesive particles in the emulsion are condensed into colloids by adjusting the pH value and other conditions.

– Water-based emulsion pressure-sensitive adhesive products can be prepared by coating, printing, and other methods to coat the colloid on the required substrate.

The preparation of water-based emulsion pressure-sensitive adhesive requires attention to the ratio, temperature control, stirring conditions, and other factors to ensure the performance and quality of the adhesive. The actual preparation process may vary depending on materials, product requirements, and production scale, so it is best to conduct proper experimentation and optimization before starting production.

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