Effective Techniques for Removing Adhesive Residue from Low-E Glass

When removing the protective film from the edges of Low-E glass, it is essential to ensure that no adhesive residue remains on the glass surface. To achieve this, the following measures can be taken:

1. Selecting suitable adhesive: When manufacturing the protective film, it is crucial to choose an adhesive with low viscosity and easy peeling properties. This will minimize the likelihood of adhesive residue remaining on the glass during the film removal process.

2. Controlling the amount of adhesive applied: The adhesive should be applied evenly and in moderation, avoiding both excessive and insufficient quantities. Ensuring a thin and uniform adhesive layer can reduce the potential for residue.

3. Paying attention to film removal techniques: When removing the film, it is essential to follow a specific angle and direction, maintaining a consistent and stable force. Avoid applying excessive or rapid force to minimize the possibility of stretching or tearing the adhesive, which could lead to residue.

Low-E glass protection films

4. Using assistive tools: Specialized film removal tools or blades can be utilized to gently scrape along the edges of the protective film or the boundaries of the adhesive. This can assist in removing residual adhesive.

5. Cleaning the glass surface: After removing the film, it is recommended to use a cleaner and a soft cloth to wipe the glass surface, removing any residual adhesive or dirt.

Please note that specific operating methods may vary depending on the type of protective film and the nature of the adhesive used. Therefore, it is advisable to refer to the protective film’s instructions or consult a professional to ensure the correct and safe removal of the film while avoiding adhesive residue.

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Methods for Enhancing Anti-UV Properties in Low-E Glass Edge Protective Films

The methods for achieving anti-UV properties in Low-E glass edge protective films mainly involve the following aspects:

1. Material Selection:  The selection of materials with excellent anti-UV properties is crucial. These materials should effectively absorb, reflect, or scatter ultraviolet (UV) radiation to minimize damage to the protective film on the edges of Low-E glass. For instance, certain specialized polymer materials or additives can enhance the UV resistance of these materials.

2. Adding UV-resistant Agents: During the production process of the protective film, UV-resistant agents can be added. These chemical substances can absorb or reflect UV rays, preventing them from damaging the material. UV-resistant agents significantly improve the UV resistance of the material and extend its service life.

Low-E glass protective film

3. Surface Treatment Technologies: The application of special surface treatment techniques, such as coatings or thin films, can enhance the anti-UV properties of the protective film. These techniques create a barrier on the surface of the film that blocks UV radiation, effectively preventing UV damage to the edges of Low-E glass.

4. Optimizing Production Processes: Optimizing the production processes ensures the uniform distribution of UV-resistant agents within the protective film, thereby enhancing its overall UV resistance. This includes controlling parameters such as temperature, pressure, and time during production to ensure the effectiveness and stability of the UV-resistant agents.

In summary, achieving anti-UV properties in Low-E glass edge protective films requires a comprehensive consideration of material selection, additive usage, surface treatment technologies, and production process optimization. The combined effect of these measures can effectively enhance the UV resistance of the protective film, protecting Low-E glass from UV damage.

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Enhancing Puncture Resistance for Low-E Glass Protective Films

The Low-E glass protective film indeed requires strong puncture resistance to effectively defend against external objects and safeguard the glass from damage during practical applications. This puncture resistance can be achieved through the utilization of high-strength and high-toughness materials, along with optimized production processes.

In terms of material selection, polymer materials with excellent mechanical properties can be considered. These materials typically possess outstanding tensile strength, tear resistance, and puncture resistance. Additionally, a multi-layer composite structure can be adopted to enhance the overall puncture resistance through the synergistic effect of different materials.

When it comes to production processes, the puncture resistance of the Low-E glass edge protective film can be improved by optimizing coating techniques and heat treatment processes. For instance, adjusting the formula and parameters of the coating solution can lead to a more uniform coating thickness and better adhesion. Simultaneously, proper heat treatment can further enhance the crystallinity and mechanical properties of the material.

Low-E glass protection films

Moreover, rigorous performance testing and evaluation are necessary to ensure that the Low-E glass protective film possesses sufficient puncture resistance. This involves utilizing specialized puncture testing equipment and methods to simulate real-world puncture scenarios, observing and documenting key indicators such as film damage and puncture depth. These test data allow for the assessment of whether the film’s puncture resistance meets the required standards, enabling necessary adjustments and improvements.

In summary, by selecting suitable materials, optimizing production processes, and conducting rigorous performance testing and evaluation, we can ensure that the Low-E glass edge protective film possesses sufficient puncture resistance, enabling it to effectively protect the glass during practical applications.

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Nine tips to follow when buying PE protective films for die-cutting purposes

Die-cutting is a procedure followed in the manufacturing process to get the desired shape and size of a product. Manufacturing units use different types of products in the process to ensure the best results. However, some of them may not be aware of polyethylene (PE) protective films because they offer several advantages. On the other hand, buying PE protective films for die-cutting should meet certain requirements that help obtain the desired outcomes.

What are the steps to follow when buying PE protective films for die-cutting?

  1. Evaluating the transparency

Before buying PE protective films for die-cutting, users should check their transparency with more attention. It is difficult to check the transparency with the naked eye, and they can use optical instruments for this purpose. One can check the whiteness of a film by placing it in the middle of a desktop. The next step is to open a Word document to determine the whiteness of the blank document in different areas, and films that have the brightest levels are the best.

  1. Checking the fogging

Fogging is another factor to consider when buying PE protective films for die-cutting that help gain more advantages. Manufacturers can apply some techniques to check fogging with high efficiency. They should make sure that the films are anti-fogging and enhance visual clarity.

  1. Knowing the static electricity

Those who want to use PE protective films for die-cutting applications should evaluate the static electricity with certain experiments. By doing this, they can make informed decisions that help improve the production process.

  1. Estimating the scratch resistance

Users should consider estimating the scratch resistance of PE protective films during the die-cutting process. They can use a 3H pencil for this purpose, which helps determine the resistance effectively.

PE protective films

  1. Anti-finger point

The screens of several products are becoming larger over time, and PE protective films should have an anti-finger point feature. Manufacturers should check whether they provide the facility during the die-cutting process.

  1. Quality

Quality is an important factor to keep in mind while purchasing PE protective films for die-cutting applications. Not all films are the same, and users should check the quality using certain techniques. Selecting the best PE protective films allows industries to overcome unwanted problems.

  1. Strength

Manufacturers should evaluate the strength of PE protective films because they play a key role in preventing damage during the cutting process. They can compare the strengths of films before buying them, which helps them select them based on their requirements. Furthermore, users can get more insights into products to proceed further.

  1. Identifying a reliable manufacturer or supplier

Anyone who wants to buy high-quality PE protective films should consider choosing a reliable manufacturer or supplier on the market. They should make a detailed study of various manufacturers online to select the right one.

  1. Cost

The cost of PE protective films may vary from one manufacturer to another in a given location. Therefore, customers should compare them to order products that suit their budget and needs.

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What are the reasons to use PE protective films during transit?

Logistics industries should ensure the safety of goods from damage when transporting them from one place to another. They should know how to pack them properly during transit to ensure high protection. Polyethylene (PE) protective films are suitable for packing goods that help safeguard them from potential issues. However, they need proper research before buying which helps accomplish goals to a greater extent. Using PE protective films will result in more advantages for logistics firms, and they should know them to ensure smooth operations.

8 benefits of using PE protective films during transit

  1. Ideal for wrapping and covering

The main advantage of using a PE protective film is that it serves as a protective layer for packaging. It is suitable for wrapping and covering goods, which provides an additional barrier against external elements. Furthermore, the film clings tightly to items to make sure that they remain intact during transit. This helps reduce damage and eliminates the need for returns or replacements.

  1. Moisture resistance

PE protective films come with excellent moisture-resistant properties that prevent water and moisture from entering the packaged items. They show ways to protect them from problems caused by adverse environmental factors.

  1. Flexibility and tensile strength

Another advantage of a PE protective film is that it offers excellent flexibility and tensile strength. It will adhere to surfaces of various shapes, thereby helping to avoid scratches or abrasion of goods.

  1. Ideal for cushioning purposes

PE films provide a level of cushioning for fragile or delicate items to eliminate potential risks during transit. They absorb shocks and impacts that occur while handling goods. This, in turn, gives ways to reduce the chances of breakage and other problems.

PE Protective film

  1. Forms a comprehensive protection system with other packaging materials.

PE protective films allow logistics industries to combine them with other packaging materials to form a comprehensive protection system. For instance, combining them with bubble wrap or foam sheets provides ways to enhance cushioning and protection for goods.

  1. PE protective films are lightweight and eco-friendly

A PE protective film is light in weight and easy to handle while using it for packaged goods that help minimize unwanted problems. It is eco-friendly and allows logistics industries to customize it depending on their needs. The film is a perfect choice for large shipments to reach their destination safely.

  1. They come in different thicknesses

PE protective films are available in different thicknesses that cater to the requirements of users. However, they need more study to help select products that suit an application.

  1. PE protective films are affordable

PE protective films are affordable, and logistics industries can order them at an estimated cost that helps protect goods from various problems.

Where to buy high-quality PE protective films?

Anyone who wants to buy high-quality protective films should select a reputed manufacturer to meet their exact needs. Wuxi Changsheng offers different types of PE protective films for different applications at the best prices. It gives you ways to select high-quality products with ease.

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What are some common quality problems with PE protective films?

Polyethylene (PE) protective films are widely used in various applications that provide more protection to surfaces. Although the quality of PE protective films is improving, some of them may face certain issues. Therefore, industries should know some common quality problems of PE protective films with attention to detail. This will help to overcome them effectively during the installation process. Moreover, users can avoid unwanted issues to ensure the best results and experience peace of mind.

How to know some common quality problems with PE protective films?

  1. Adhesive residue

It is one of the most common quality problems faced by users after purchasing PE protective films. The issue often occurs on profile protective films when a user removes them from the profile after the installation, and the adhesive residue will remain on the profile product for a long time. Removing the adhesive residue needs special measures, which is time-consuming, and several factors are responsible for the problem. However, the major reason is that the PSA (pressure-sensitive adhesive) used in the film doesn’t meet the specifications.

  1. Difficulty peeling off the protective films

Users may face difficulties peeling off the protective films after installing them on a profile product. The problem occurs due to two possibilities. First, the pressure-sensitive adhesives in PE protective films are not properly designed for them. Secondly, the material used in the protective film master tapes is soft enough to withstand peeling.

PE protective film for aluminum profiles with smooth surfaces2

  1. Adhesion issue that results in detachment

Sometimes, PE protective films can lead to detachment when they do not adhere properly to a protected product. This happens due to the lower viscosity of pressure-sensitive adhesives used in PE protective films. The films need enough pressure, and the problem occurs when users don’t apply the right pressure. Furthermore, a profile surface should be free from dust and other contaminants because they will affect the bonding process.

  1. Both ends of the protective films are tilted

The user should ensure that they don’t stretch PE protective films extensively while installing them on a protected profile. This is because it will lead to shrinkage, and the issue occurs in subtropical regions that have high-temperature environments after the installation process. An industry should pay attention to the impact of environmental factors to avoid unnecessary surface stretching.

  1. Protective film degumming problem

Degumming is another common problem faced by users after installing protective films on a profile. It happens when the peeled-off PE protective films are left on the product. The reason for the issue is that the pressure glue used for the films does not meet the standards. Those who face the problem should use a clean cloth with a dip in a little alcohol to help remove the remaining sensitive adhesives. On the other hand, users shouldn’t apply too much force while wiping them off.

Where to buy the best PE protective films?

Industries should pick a reputed manufacturer when they want to buy the best PE protective films. They should read reviews of PE protective film manufacturers online to select the right one that satisfies their needs.

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Everything to know about tack in pressure-sensitive adhesives

Pressure-sensitive adhesives are well-known for their quick bonding properties, and they suit well for long-term bonding performance. On the other hand, users should know what tack is in a pressure-sensitive adhesive that helps measure the same effectively. A tack is a property that determines the quickness of bond formation after contacting a surface with a slight pressure. High-tack adhesives are suitable for various applications where quick bonding or temporary bonding is necessary.

How to measure tack in pressure-sensitive adhesives properly?

  1. Loop tack

Loop tack is one of the techniques that helps measure the tack in PSAs. It involves hanging a substrate at one end after attaching a piece of tape to a surface. The next step involves adding a weight to the hanging piece of tape to determine the force required to peel the tape from a substrate. Moreover, it utilizes specified angles and speeds to record the values.

  1. Probe tack

Probe tack is another method used to measure the PSA tack. The test involves placing a small object on the tape and estimating the amount of force required to peel it from the adhesive.

  1. Peel adhesion

Peel adhesion lets industries know the PSA tack, which involves using a mechanical testing device to peel off an adhesive at a particular speed and angle. Industries can determine the force needed to measure the initial peeling, which helps to know the adhesion value to a greater extent.

  1. Rolling tack back

It is a standard test followed by the PSTC that involves setting a specific angle while placing a small steel ball on the surface of the adhesive. The ball should adhere to the tape; after increasing the angle, it begins to roll down the tape. Lower angles mean a higher tack that allows industries to make informed decisions.

protective Film on Profiled Plastic-steel

What are the environmental factors that can impact tack in a pressure-sensitive adhesive?

  1. Surface energy

Surface energy is one of the environmental factors that can impact tack in a PSA, depending on the type. It is very crucial for the bonding process, which will affect the initial and long-term adhesion.

  1. Surface porosity and unevenness

Industries should make sure that the PSA surfaces are smooth and non-porous to experience better cohesion. Rough or porous surfaces can impact tack property in PSAs, which will cause problems in the bonding process.

  1. Contaminated surfaces

Dirt, dust, or other contaminants on a surface can affect the abilities of PSAs during the bonding process. Clean surfaces provide ways to ensure better initial and ultimate adhesion. On the other hand, exposure to chemicals or oils can impact the tack of adhesives, which will result in degradation. Some contaminated surfaces require pre-treatment procedures to enhance tack and adhesion.

  1. Temperature

Surfaces that have low temperatures will become less effective, while surfaces with high temperatures can soften adhesion. Therefore, PSAs need a proper temperature to overcome the tack problem significantly. Before buying pressure-sensitive adhesives, industries should select reputed manufacturers that cater to their needs while applying them.

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Seven ways to determine the thickness of PE protective films for packaging needs

PE protective films are ideal for packaging industries to prevent damage and other problems effectively. Since they come in different types, it is wise to know more about them in detail to help make the best decisions. The thickness of PE protective films is important because they play an important role in enhancing the quality of products. How do you determine the thickness of PE protective films that meet the packaging requirements? Industries should follow certain guidelines properly, which will help them gain more advantages.

How to decide the thickness of PE protective films for packaging requirements?

  1. Knowing the packaging requirements

It is wise to know the packaging requirements before choosing the thickness of PE protective films. Users should consider various factors, such as size, pressure, and friction while picking the films to determine whether they can withstand after-packaging. For instance, lightweight products require thinner films to achieve the best results.

  1. Organizing experimental tests

Users should consider organizing experimental tests to make sure that the thickness of PE protective films meets the packaging requirements. They should test different thicknesses of films to evaluate various characteristics under a usage environment and simulated packaging to get the desired outputs. Some of the characteristics to observe include impact resistance, tensile strength, friction resistance, etc. By doing so, it becomes easier to identify the proper thickness of PE films that suit product packaging needs.

  1. Strengthening the inspection and testing

While purchasing PE protective films, the user should strengthen the inspection and testing methods to determine their thicknesses. Conducting random inspections or inspecting each batch of PE films after buying them will help industries get more information. Measuring the actual thickness of films and comparing them with the standard thickness provides ways to find out the deviations.

Medium adhesion PE protective film for aluminum profile1

  1. Balancing cost and performance

Before buying PE protective films, users should consider balancing cost and performance with more attention. This, in turn, gives ways to reduce costs and help meet the packaging requirements. Thicker films cost more and offer high protection to products, while thinner films may perform poorly.

  1. Evaluating the industry standards

The requirements of PE protection films may vary depending on the applications. Apart from this, they come in varying thicknesses to satisfy the needs of the packaging industry. Hence, users should refer to relevant industry standards or thicknesses to make sure that films meet the packaging requirements.

  1. Selecting a reputed manufacturer

All PE protective film manufacturers are not the same, and industries should evaluate them before investing money. A reputed manufacturer will produce films with relevant standards and follow the best practices during the inspection process. Reading reviews and testimonials from manufacturers online will help you get more ideas.

Wuxi Changsheng offers various types of PE protective films for packaging industries

Wuxi Changsheng is a leading manufacturer of PE protective films for packaging industries with industry specifications. Packaging industries can order them after knowing the details of the products carefully. The prices are affordable, enabling users to select them depending on their needs and budget.

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What are the benefits of using high-gloss PET films?

Polyethylene terephthalate (PET) films are gaining importance in various industries. They are suitable for applications that require more durability and optical clarity. A PET protective film is thinner than PE films, which offers several advantages to users. High-gloss PET films are three-layer co-extruded biaxially stretched products that come with excellent optical properties. It is important to know more about them in detail because they help invest money based on the requirements.

Nine reasons to use high-gloss PET films

  1. Aesthetic appeal

High-gloss PET films have a shiny and reflective surface that provides aesthetic appeal to products. Anyone who wants to enhance the brand image and package designs can select them to gain more advantages.

  1. Durability

The primary advantage of using a high-gloss PET film is that it is highly resistant to scratches or abrasions. This, in turn, gives ways to enhance durability effectively to achieve better results. It even provides methods to extend the lifespan of products.

  1. Resistance to environmental factors

High-gloss PET films are resistant to environmental factors such as water, moisture, and other conditions. They show methods to prevent package or label damage that will enhance the quality.

  1. Customization

Customization is another feature offered by high-gloss PET films that allows users to meet their specific requirements. They are versatile materials that satisfy the needs of different industries and applications.

PE protective film for Rough surface aluminum profiles

  1. Easy to apply and clean

High-gloss PET firms are easy to apply and clean, which will save time. They are suitable for industries where a clean and sanitary environment is necessary. On the other hand, it is wise to know how to apply them properly from different sources.

  1. Available in a range of thicknesses and adhesion levels

High-gloss PET films are available in a range of thicknesses and adhesion levels that suit various applications. However, it is wise to compare them with more attention before buying those that help accomplish goals with high success rates.

  1. Lightweight and easy to handle

Another advantage of a high-gloss PET film is that it is lightweight and easy to handle, which helps get the desired outputs. Furthermore, it protects surfaces from dirt and other issues, which enhances the quality of products to a greater extent.

  1. It is affordable

The costs of high-gloss PET films are affordable, and industries can order them at estimated budgets. At the same time, the specifications of films may vary from one manufacturer to another in a given location.

  1. Excellent optical clarity and transparency

The high-gloss PET films have excellent optical clarity and transparency that cater to the needs of specific applications.

Where to buy high-gloss PET films?

Those who want to buy high-gloss PET films should consider selecting a manufacturer that has a good reputation in the market. They should read reviews and testimonials online, which will help them get more ideas. Identifying the right manufacturer allows suppliers to select products depending on their needs and other factors. Also, it helps to select the best high-gloss PET films that suit an application.

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Six ways to evaluate and test pressure-sensitive adhesive performance

The pressure-sensitive adhesives are suitable for lamination, home appliances, and outdoor applications. However, it is necessary to test the performance of PSAs to make sure that they function well. Manufacturers offer PSAs in different categories to satisfy the needs of end users. At the same time, they should know how to evaluate and test PSA performance to help make informed decisions. Moreover, testing pressure-sensitive adhesives provides ways to determine if a product is suitable for an application.

What are the methods to follow while testing PSAs?

  1. Cohesion

Cohesion refers to the internal strength of a PSA, and users should check the same with more attention. Users can check the internal strength by finding adhesive residue on the tape back and applying the surface after removing the tape.

  1. Elongation

Elongation is another method that helps to test the performance of PSAs. The technique involves stretching a tape before breaking it. This is because some tapes come with a creped or wrinkled backing that allows them to stretch more.

  1. Tensile strength

Tensile strength means the force required to break an adhesive, and a user should first take a one-inch-wide piece of tape. The next step is to grab the adhesive at both ends and then pull it in opposite directions until it breaks.

pressure-sensitive adhesive

  1. Shear

Shear is the measurement of the internal or cohesive strength of an adhesive. Users should keep in mind that there is no bond between the substrate and the adhesive. The technique gives ways to estimate the ability of an adhesive when it comes to slippage or creep. One can take one inch of adhesive, attach it to a stainless steel plate, and hang a weight on one end of a piece of tape.

  1. Peel Adhesion

Peel adhesion is another technique used to evaluate the performance of a pressure-sensitive adhesive efficiently. It refers to the strength between an adhesive and the application surface that gives ways to ensure the best results. The technique involves determining the adhesive strength between two materials. Furthermore, it uses 90 or 180 degrees to know the results.

The 90-degree peel method involves using a stainless steel panel and pulling the adhesive perpendicularly to itself. However, the 180-degree peel method aims at pulling the adhesive back onto itself to measure the adhesion levels.

  1. Tack

Tack allows users to know the ability of an adhesive by contacting it with a substrate to create an immediate bond without applying any external pressure. Testing the thickness of adhesives allows users to get more insights.

Where to buy high-quality pressure-sensitive adhesives?

Those who want to purchase high-quality, pressure-sensitive adhesives should pick a reputed manufacturer. Since PSAs are available with different specifications, customers should make a detailed study about them. By doing this, they can get more ideas that help them pick the best products accordingly. It is wise to know the storage requirements of PSAs properly to enhance their quality and properties. They need a dry and ventilated area to avoid direct sunlight to ensure more protection from fading and other issues.

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