Correct adhesive storage methods and cases

The correct storage method of adhesives is very important to maintain their properties and extend their service life.
Here are some common adhesive storage methods and examples:

  1. Temperature control: adhesives should be stored in the recommended temperature range. Generally, adhesives should be stored in a dry, cool place, away from direct sunlight and high temperatures. Avoid overheating or undercooling of adhesives.
  2. Sealed storage: The opened adhesive container should be sealed in time to prevent moisture and impurities from the air. When using adhesives, minimize the opening time of the adhesive container and seal it immediately.
  3. Vertical storage: The adhesive container should be stored vertically to prevent the outflow or leakage of the adhesive. Make sure the lid of the container is tight to prevent gas or liquid leakage.
  4. Classification storage: According to the type, nature and frequency of use of adhesives, different types of adhesives are classified and stored. Avoid contact between different types of adhesives to prevent cross contamination.
  5. Keep clean: The storage area should be kept clean and away from sources of pollution and chemicals. Avoid storing with corrosive substances, solvents or other chemicals.

Example: A manufacturing company used the following measures when storing adhesives:

– Set up a special storage area: The company has set up a special storage area in the factory to prevent adhesives from mixing with other chemicals and to ensure that the area is dry and clean.

– Temperature and humidity control: The storage area is equipped with temperature and humidity control equipment to ensure that adhesives are stored under appropriate environmental conditions. The temperature is kept within the recommended range and the humidity is controlled at a low level.

– Regular inspection and cleaning: Check the tightness and condition of the adhesive container regularly to ensure that the lid of the container is tight and free of damage or leakage. Clean the storage area regularly and keep it clean.

With proper storage methods, the company has managed to maintain the quality and performance of the adhesive, reduce waste and loss, and ensure the smooth running of the production process.

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Adhesive troubleshooting

Some common problems may be encountered when using adhesives. Here are some common problems and how to solve them:

  1. Non-stick adhesive:

– Make sure the surface is clean: Clean the surface to be glued and make sure it is free of grease, dust or dirt. Use a cleaner or remover to clean the surface.

– Apply appropriate pressure: Before bonding, ensure that sufficient pressure is applied to make the adhesive fully in contact with the surface. Use a pressure tool, clamp, or weight to apply pressure.

– Ensure appropriate temperature: Some adhesives require a specific temperature range for optimal adhesion. Ensure that the ambient temperature meets the adhesive requirements.

Chemical flame retardants

  1. The adhesive drying time is too long:

– Control ambient humidity: High humidity may prolong the adhesive drying time. Ensure that the humidity of the working environment is appropriate.

– Adjust the temperature: Some adhesives may take longer to dry at low temperatures. Using adhesives at the right temperature can speed up the drying time.

– Make sure the adhesive is not expired: Expired adhesive may affect its drying time. Check the expiration date of the adhesive and use fresh products.

  1. Excessive flow or extrusion of adhesive:

– Control sizing: Use the right amount of adhesive, do not overapply or extrude. Apply the adhesive according to the amount recommended in the adhesive instructions.

– Adjust sizing pressure: For liquid adhesives, adjust sizing device pressure to control flow. Reduce pressure to reduce excessive flow.

  1. Adhesive curing is not complete:

– Ensure appropriate environmental conditions: adhesive curing usually requires specific environmental conditions, such as appropriate temperature and humidity. Ensure that the adhesive is cured under appropriate environmental conditions.

– Increase curing time: Some adhesives may require longer curing times for optimal performance. Wait according to the recommended curing time in the adhesive instructions.

If the above solutions do not solve the problem, you are advised to consult the adhesive manufacturer or professionals for more specific advice and technical support.

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How to choose environmentally friendly adhesive products?

When choosing environmentally friendly adhesive products, the following aspects can be considered:

  1. Ingredients and labels: Read product labels and instructions carefully to understand the ingredients and characteristics of adhesives. Choose products labeled “green,” “low VOC,” “Water-based,” or other environmentally friendly labels. Avoid adhesives that contain toxic or harmful chemicals.
  2. Water-based adhesives: Water-based adhesives are preferred because they use water as a base solvent and have lower VOC content and less environmental pollution than traditional organic solvent-based adhesives.
  3. Sustainable raw materials: Consider choosing adhesives that use sustainable raw materials, such as plant-based adhesives or biodegradable materials. These adhesives can reduce dependence on limited resources, lower carbon emissions, and reduce the impact on the environment.
  4. Green certification and standards: Look for adhesive products that have obtained green certification or meet environmental protection standards. For example, some international certification bodies, such as European Eco-label and American LEED certification, provide certification and guidance for environmentally friendly products.
  5. Comprehensive evaluation: in addition to environmental performance, but also comprehensive consideration of adhesive performance and applicability. Ensure that the selected adhesive meets the requirements of the specific application, such as bond strength, weather resistance, etc.
  6. Consult a professional: If unsure about the choice of adhesive, consult a professional or an adhesive supplier who can provide advice and guidance on environmentally friendly adhesives.

    defoamer

In general, the selection of environmentally friendly adhesive products requires a comprehensive consideration of ingredients, labelling, sustainability, certification and performance. By carefully evaluating and comparing the environmental characteristics of different products, adhesive products that meet the needs and have less impact on the environment can be selected.

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Discuss the development trend and innovation of environmentally friendly adhesives

The development trend and innovation of environmental friendly adhesives are important issues in the field of adhesives. The following is a discussion of trends and innovations in environmental adhesives:

  1. Sustainable raw materials: A key direction for environmental adhesives is the use of sustainable raw materials. While traditional adhesives usually use petrochemical based feedstocks, eco-friendly adhesives are increasingly inclined to use renewable raw materials such as plant-based feedstocks (e.g. plant gums, vegetable oils) and biodegradable materials to reduce dependence on limited resources and environmental impact.
  2. Low volatile organic compounds (VOC) : Traditional adhesives contain volatile organic compounds, which pose potential risks to the environment and human health. Environmental adhesives are dedicated to reducing or eliminating volatile organic compound content to meet stricter environmental regulations and standards to protect indoor air quality and operator health.
  3. Water-based adhesive: Water-based adhesive is an important type of environmental protection adhesive. They use water-based solvents instead of organic solvents in traditional adhesives. Water-based adhesives have low VOC content, low toxicity and good operating performance, and are widely used in packaging, furniture, construction and other fields.
    Acrylic pressure sensitive adhesive
  4. Recyclability and decomposibility: Another innovative direction of environmental adhesives is to improve the recyclability and decomposibility of products. This means adhesives can be easily recycled at the end of their useful lives or are able to degrade quickly in the natural environment, reducing negative environmental impacts.
  5. Green certification and standards: with the improvement of the awareness of environmental protection and sustainable development, green certification and standards become the driving factor of environmental adhesive. Manufacturers strive to obtain recognition, such as green certification, environmental management system certification, etc., to demonstrate the environmental performance and sustainability of their products.
  6. Technological innovation: Technological innovation in the field of environmental protection adhesives is also promoting the development. For example, the development of new catalysts can improve the curing speed and performance of environmentally friendly adhesives; The application of nanotechnology can improve

Adhesive adhesion and durability, etc.

In general, the development trends and innovation directions of eco-friendly adhesives include the use of sustainable raw materials, the reduction of VOC content, the promotion of water-based adhesives, the improvement of product recyclability and decomposibility, and the compliance with green certification and standards. These innovative efforts aim to reduce the environmental impact of adhesives, provide more sustainable solutions, and meet customer and market demand for environmentally friendly products.

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Industrial examples of successful adhesive applications

The following are some examples of successful industrial applications of adhesives:

  1. Automobile Manufacturing:

– An automotive manufacturer has used structural adhesives instead of traditional welding and mechanical fixation methods to reduce body weight and increase stiffness, thereby improving fuel efficiency and crash safety.

– A car manufacturer uses high-performance adhesives to bond window glass to provide better sealing and noise reduction, while reducing production costs and manufacturing cycles.

  1. Aerospace:

An airline has used composite adhesives to bond aircraft wing and fuselage structures, resulting in a lighter aircraft structure and lower fuel consumption.

– An aerospace company uses high-temperature adhesives to fix the thermal protection layer of spacecraft to ensure reliability and durability in extremely high temperature environments.

  1. Architecture:

– In the glass curtain wall project of a high-rise building, structural adhesives were used to successfully bond large glass panels and realize the modern design of rimless glass curtain wall, improving the appearance and energy saving performance of the building.

– A construction company has adopted a special watertight adhesive for the bonding of waterproof roofing, effectively solving the leakage problem of traditional waterproof materials and providing a lasting waterproof effect.

pressure sensitive adhesive

These cases demonstrate the successful use of adhesives in industrial fields such as automotive manufacturing, aerospace and construction. The use of adhesives brings many advantages, including lighter construction, better performance and reliability, higher production efficiency and lower cost. By choosing the right adhesives and application methods, companies can innovate, improve product quality, and meet customer and industry needs.

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Application of adhesives in industrial fields

Adhesives are widely used in industrial fields. The following are some of the main applications of adhesives in industrial fields such as automotive manufacturing, aerospace and construction:

  1. Automobile Manufacturing:

– Body assembly: Adhesives are widely used for body assembly, such as bonding body panels, Windows, lights and other external parts. They provide strong adhesion, vibration and noise mitigation, and durability, while reducing weight and material costs.

– Interior assembly: Adhesives are used for bonding and fixing automotive interior parts, such as instrument panels, seats, carpets, door panels, etc. They provide high strength bonding and are resistant to the effects of temperature, humidity and chemicals.

– Glass installation: Adhesives play a key role in the installation of automotive glass, ensuring reliable connection between the glass and the body, providing excellent sealing and impact resistance.

Optical pressure sensitive adhesive for vehicle display

  1. Aerospace:

– Structural bonding: Adhesives are used for structural bonding of aerospace components, such as aircraft wing, fuselage, tail and other components. They provide lightweight, high-strength and corrosion-resistant bonding while reducing fatigue and vibration stress.

– Bonding of composite materials: Composites are widely used in the aerospace field, and adhesives play an important role in bonding and repairing composites. They are capable of providing reliable adhesion in complex surface shapes and high temperature environments.

– Pipeline and wiring harness fixation: Adhesives are used to secure pipelines and wiring harnesses inside aircraft to ensure their safety and reliability under vibration and harsh conditions.

 

  1. Architecture:

– Tile and floor installation: Adhesives are widely used for tile, floor and wall installation. They provide strong adhesion and are resistant to water and humidity.

– Glass curtain walls: Adhesives play a key role in the installation of glass curtain walls systems, ensuring a solid connection between the glass panels and the building structure while providing sealing and heat insulation.

– Building material bonding: Adhesives are used to bond and fix various building materials, such as metals, plastics, wood, etc. They provide reliable bonding strength, making the building structure stronger.

These are just a few examples of the applications of adhesives in industrial areas such as automotive manufacturing, aerospace and construction. The wide application of adhesives plays an important role in industrial production, providing reliable bonding, assembly and repair solutions while bringing greater efficiency, durability and performance.

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Alternatives to adhesives

In addition to adhesives, there are other products that can be used as substitutes, including:

  1. Tape:

– Advantages: Easy to use, fast bonding, can be used on a variety of materials.

– Disadvantages: Bond strength is limited and may not last long enough for some materials.

– Application scenarios: Light bonding requirements, e.g. for packaging and sealing, especially in the transport and logistics industries. It securely seals cartons and packages, prevents them from unraveling or being damaged during transportation, and is used to repair damaged paper, plastic, cloth, glass and other items. For example, damaged book pages can be repaired with scotch tape, broken items can be temporarily repaired, used for bonding and decorating in handicrafts and DIY projects. It can be used to make cards, gift wrap, decorative items, etc., for use in office and school environments. It can be used to secure documents, post notices, mark items, and so on.

Natural glue

  1. Hot melt glue gun:

– Advantages: Fast curing, high strength, suitable for a variety of materials.

– Cons: Requires additional equipment and heat source, not suitable for some heat sensitive materials.

– Applicable scenarios: handicrafts, furniture making, quick fixes, etc.

  1. Nails/Screws:

– Advantages: Provides strong structural connections, suitable for heavy duty and durable bonding.

– Disadvantages: May damage materials, requires the use of tools, not suitable for some materials.

– Applicable scenarios: construction, carpentry, furniture manufacturing and other projects requiring strong support.

Each of these products has its own advantages and disadvantages and applicable scenarios. Choosing a suitable substitute depends on the specific requirements and the material to be bonded. Tape is good for light bonding and temporary repairs, hot glue guns are good for quick, strong bonding, and nails and screws are good for heavy projects that require structural support. When selecting alternatives, factors such as material characteristics, bonding needs, durability and working conditions should be considered, and the most suitable product should be selected to meet the specific application needs.

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How to choose the correct adhesive

When choosing an adhesive suitable for a particular project, consider the following factors:

  1. Material type: Consider what material is to be bonded, such as metal, plastic, wood, rubber, etc. Different types of adhesives have different bonding effects on different materials.
  2. Bonding strength requirements: Determine whether the required bonding strength is mild, moderate or high, so as to select adhesives with corresponding strength. Some applications may require exceptionally strong bonding forces, while others may only require a certain degree of bonding strength.
  3. Environmental factors: Consider what environmental conditions the project will be exposed to. For example, high temperature, low temperature, humidity, chemicals and other factors may have an impact on the performance of the adhesive. Ensure that the selected adhesive has good stability and tolerance in the specific environment.
    Water Based Adhesives Psa
  4. Application mode: Select the appropriate adhesive according to the specific application mode of the project. For example, whether the need for a quick curing instant adhesive, or a hot melt adhesive that needs to be heated before bonding.
  5. Reversibility or irreversibility: Determine if an adhesive that can be withdrawn or modified is needed. Some adhesives provide a reversible bond that can re-separate and adjust the bonded parts, while others provide a stronger irreversible bond.
  6. Safety considerations: Considering the safety of adhesive use, including the impact on human body and the environment. Ensure that the selected adhesive complies with relevant safety and environmental standards.

When selecting adhesives, it is best to refer to the manufacturer’s product description and technical specifications, and carry out actual testing and evaluation. In addition, consulting with an adhesive supplier or professional can provide more specific advice and guidance to ensure that the best adhesive for a particular project is selected.

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Some different types of adhesives and their applications in different fields

Here are some of the different types of adhesives and their applications in different fields:

  1. Latex adhesive:

– Description: Latex adhesive is a water-based adhesive consisting of latex, thickener and preservative.

– Application: Latex adhesive is widely used in home repair, handicrafts, paper bonding and other fields. They are suitable for bonding paper, wood, cloth, leather and lightweight materials.

  1. Epoxy adhesive:

– Description: Epoxy adhesive is a two-component adhesive made from a mixture of epoxy resin and a curing agent that requires heating or adding a curing agent during the curing process.

– Application: Epoxy adhesive has high strength and chemical resistance, suitable for industrial manufacturing, metal bonding, composite material manufacturing and other fields. They are commonly used to bond metals, plastics, ceramics and composite materials.

pressure sensitive acrylate adhesive

  1. Instant adhesive:

– Description: Instant adhesive, also known as quick-drying adhesive, is a one-component adhesive with fast curing and high strength characteristics.

– Application: Instant adhesive is widely used in home repair, handicrafts, electronic assembly and other fields. They are suitable for bonding a variety of materials such as plastic, rubber, metal and glass.

  1. Hot melt adhesive:

– Description: Hot melt adhesive is supplied in a solid state and needs to be heated by a hot melt glue gun and applied to the surface to be bonded.

– Application: Hot melt adhesive is often used in packaging industry, handicraft production, furniture manufacturing and other fields. They can be used to bond cardboard boxes, plastics, cloth, wood and some special materials.

  1. UV curable adhesive:

– Description: UV curable adhesive is a one component adhesive that cures quickly under ultraviolet irradiation.

– Application: UV curable adhesive is widely used in electronic manufacturing, optical field, medical equipment and so on. They are suitable for bonding glass, plastics, metals and photosensitive materials.

These are several common types of adhesives and their range of application. Choosing the right type of adhesive for different needs and materials can achieve effective bonding and bonding to meet the needs of different fields such as home repair, industrial manufacturing and handicrafts.

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Successful adhesive application cases and stories

When it comes to successful adhesive application cases and stories, here are some examples that demonstrate the partnerships, innovative solutions, and value provided in the B2B industry:

 

  1. Automobile Manufacturing Industry:

– Partnership: An adhesive manufacturer has formed a close partnership with an automobile manufacturer. Adhesive manufacturers have developed customized adhesive solutions to meet the bonding and sealing needs in vehicle assembly in response to the requirements of automobile manufacturers.

– Innovative solutions: By introducing adhesives with high strength and corrosion resistance, vehicle manufacturers are able to achieve lighter body structures and improve vehicle fuel efficiency and safety.

– Value offered: The use of adhesives not only simplifies the vehicle assembly process, but also improves production efficiency and product quality. In addition, the new adhesive reduces the noise and vibration of the body structure to improve the ride comfort.

die-cutting

 

  1. Electronic Assembly industry:

– Partnership: An adhesive manufacturer has formed a close partnership with an electronic equipment manufacturer. Adhesives manufacturers have developed adhesives with high viscosity and high temperature tolerance for bonding and fixation in electronic assembly in response to the needs of electronic equipment manufacturers.

– Innovative solutions: By using new adhesives, electronic device manufacturers are able to achieve faster, more reliable assembly processes and improve the resistance to vibration and humidity of their products.

– Value offered: The use of adhesives simplifies the electronic assembly process, reduces assembly costs, and improves product reliability and quality. In addition, adhesives can provide better electrical heating and insulation properties, enhancing the performance and durability of electronic equipment.

 

  1. Packaging Industry:

– Partnership: An adhesive manufacturer has formed a close partnership with a packaging material supplier. Adhesives manufacturers have developed adhesives with high viscosity and fast drying for bonding and sealing various packaging materials according to the requirements of packaging material suppliers.

– Innovative solutions: Through the use of specially formulated adhesives, packaging material suppliers are able to provide higher sealing performance and heat resistance to ensure the safety of products during transportation and storage.

– Value offered: The use of adhesives improves the reliability and durability of packaging materials, ensuring the integrity and quality of products during transportation and storage. In addition, adhesives can provide personalized sealing solutions to meet different packaging requirements.

These cases and stories demonstrate the application and value of adhesives in different industries, stimulate the interest of potential customers, and demonstrate the ability of adhesives manufacturers to innovate and provide value in meeting customer needs.

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