Anti-Static Film

A: The anti-static films are developed keeping in mind that it meets all the requirements of industrial application and processes. In order to develop Anti-Static Films; TYPE 2 GRADE of polymer is used for the development of the films, these TYPE 2 GRADE polymers before being laid down as films are mixed with ST8882WB liquid that carries the property of static-dissipative agents. ST8882WB is a waterborne formulation of static-dissipative agents,specifically tailored to prevent charge build-up during the manufacture, processing, packaging, storage, and application of plastic films and sheets. The usage of ST8882WB liquid during manufacturing of anti-static films can be made before the production of the films at chemical level bonding association or can be used as a solvent on the film as a sprayed liquid to avoid building up of charges. But for industrial application of anti-static film, using ST8882WB liquid as the solvent, for the purpose of making polymers anti-static carries a high risk.Since industrial usage and application carry high heat factors, using ST8882WB liquid as the solvent can get vaporzed, resulting in the films being an open ground for the electrical accident. It is because of this reason all anti-static films used for industrial purposes are chemically bonded ones to avoid electrical discharge risk associated with the film usage. This clearly showcases that anti-static films are chemically composed polymers with ST8882WB liquid to develop an ideal electrical charge reducing or displacing film that meets all industry standards. This in turn opens up opportunities for Anti-Static Films usage in many different applications.

A: The overview of Anti-Static Films clearly showcases how it helps in the accumulation and displacement of static electricity. Other than this there are certain additional benefits that come with Anti-static films usage they are:
Anti-static films are available in a wide range of colors and industries can select the ideal color that suits their product requirement.
Anti-Static films safeguards products from dust accumulation.
Anti-Static films save cost behind cleaning of the product covered in dust.
Ani-Static films are waterproof to a large extent since they are mad of and hence can protect the product from water exposure.
Removing Anti-Static films from product packaging is easier since they do not stick to the product.
Anti-Static films are ideal for long journey transportation where risk factors of charge building are much higher.
Anti-Static films protect the product from scratches to a good extent during the process of loading and unloading.
These are some of the additional benefits that an industry can enjoy with the usage of anti-static films for their packaging purposes.

A: Preserving electronics and protecting them against static damage is paramount in effective ESD control. This is where ESD packaging film can help! The correct type of ESD film will ensure longevity and maintain the efficiency of electronic devices. There are various types of ESD film such as pink anti static film and static shielding film. Some films will protect electronics against dust and moisture accumulation and others will protect against physical damage and static discharge (ESD). As most electronics are vulnerable to static electricity, it is crucial that ESD film is used to protect these when handling, storing or transporting static sensitive devices (SSDs).
Pink Film
Pink film, also commonly known as antistatic lay flat tubing, is a type of ESD packaging material that is used to safely wrap non-electrostatic-sensitive products used in the electronics industry i.e. instruction manuals, nuts and bolts. The film is typically manufactured from a durable polythene and coated with an anti static coating. Its anti static coating allows the film to safely come into close proximity to static-sensitive electronics. One characteristic that distinguishes pink film to other types of film packaging is its red-tinted polythene colour – often described as pink. This colour helps to inform those working in an Electrostatic Protected Area (EPA) that the material can safely be used. It is important to note that pink anti static film does not protect static-sensitive components against electrostatic charge (ESD).
Antistatic film is specially developed to help eliminate static charge build-up, mitigating the risk of ESD damage and creating a static-free work area. Static charge build-up typically occurs when two surfaces make contact with one another and cause friction; this is known as tribocharging. In addition, reducing the risk of static damage to valuable electronic components can help to retain their performance and life-span, saving businesses money annually. Most pink layflat tubing is 75 microns thick which provides good scratch protection for the contents inside. Film pink packaging has a typical surface resistance of less than 10^(10) Ohms per metre.
Products can be placed in the tubing and cut to size. Once the tubing is cut to the required length, it can be sealed. This process enables the best fit whilst helping to reduce wastage.
Conductive Film
Conductive black film has been developed to effectively dissipate static charges while preventing electrical tribocharge. Its tough, puncture-resistant material makes it a suitable choice for the handling, shipping and storage of static sensitive electronics and other items. An easy way to distinguish conductive film from other types of packaging film is its notable appearance; opaque and black in colour.
Conductive black film is a cost-effective packaging solution that is commonly used in the electronics and chemical industries. Many businesses opt for this type of packaging material due to its abundance of benefits. Here are several advantages of conductive film:
Heat-sealable
Flexible
Offers exceptional chemical and abrasion resistance
Provides both physical and static protection
Conductive properties are unaffected by humidity and age
Volume-conductive
Groundable.
Conductive films are particularly used for medical trays and packaging. This is to help avoid static shock in operating rooms.
Static Shielding Film
Static shielding film, also known as ESD protection film, provides the uppermost protection to valuable electronics. This type of film is an effective packaging solution for the handling, storage and transportation of ESD sensitive electronic devices. They are widely used in the electronics industry for storing printed circuit boards (PCBs), IC integrated circuits, hard drives and CDs.
Static shielding film typically has a four-layer structure: static dissipative coating, polyester, aluminium shield and static dissipative polyethylene. The static dissipative layer offers a low charging outer-surface. The polyester layer of the film works with the metal layer to provide a Faraday Cage. In addition, the aluminium layer helps to suppress any electric fields, while the polyethylene layer prevents electrical tribocharge.
As for the properties, most static shielding films have a typical thickness of 75 microns thick to offer good scratch protection for the electronics inside. When looking to purchase static shielding film, you would want to make sure the film has a good thickness of around 75 microns. While thickness is one factor, the transparency of the film is another. Static shielding film is notable for its semi-transparent appearance. The semi-transparency enables for easy identification of the contents inside the ESD protection film.
Static shielding film can often be confused with anti static film or pink film. A helpful tip to differentiate the two is to think of the colour. Static shielding film is semi-transparent (which can appear as grey or silver in colour) and anti static film / pink film is typically pink or red in colour. Despite this, it’s always best recommended to check the product’s specifications so you can be sure of the electrical properties.
Moisture Barrier Film
Moisture barrier film offers exceptional protection for static sensitive and moisture sensitive electronic devices, particularly SMT (Surface Mount Technology) products. This type of packaging film helps to protect electronics from moisture and static damage during storage and transit e.g. integrated circuits or PCBs. The film is typically utilised in industries with humid environments.
Although static shielding film and moisture barrier film are both silver/grey in colour, their transparencies set them apart from each-other. In contrast to static shielding film, moisture barrier film is opaque and light-tight in appearance. This ensures the contents cannot be seen from the outer-layer, providing an extra layer of operational security.
Generally, moisture barrier film is constructed with three layers: static dissipative polyester, aluminium shield and static dissipative polyethylene. The aluminium layer offers discharge shielding, blocks moisture and minimises the penetration of electric fields and electrostatic discharges (ESDs).
Moisture barrier film is typically 100 microns thick (4 mils) to provide good protection and flexibility for the contents inside. There are many benefits for using moisture barrier film, including the following:
Suitable for vacuum-sealing
Puncture-resistant
Moisture-proof
Opaque
Faraday Cage protection
One of the best ways to optimise the performance of your moisture barrier film is using a desiccant bag and a humidity indicator card alongside it.

A: Materials such as paper, plastic and textile normally contain an equal number of positive and negative charges – that is, they are electrically balanced. Friction can disturb this balance, causing the material to become electrically charged. The level of charge is affected by material type, speed of contact and separation, humidity, and several other factors.
The electrical charge (static) will exert a force on nearby charged objects or a grounded conductor.
Among the problems caused by this force are:
Dust clinging to product.
Product clinging to itself, rollers, machine beds or frames.
Materials tearing, jamming, or curling.
Film or sheet feeding problems.
Hazardous sparks or shocks, causing damage to electronic components during handling.
Charged conductors, like metals, discharge completely when grounded. Insulators, like plastics, do not conduct electricity and cannot discharge when grounded.
Static charge built-up can attract dust onto a food package, which is undesirable aesthetically.
At times, static charge can damage circuit boards in electronics packaging and may cause hazards of fire or explosion in the vicinity of flammable materials.
The static charge may also cause processing problems such as difficulty in winding of films, or the agglomeration of powders during transport. Such undesirable effects can be avoided by using anti-static film.

A: Effective Static Control for Optimal Product Preservation
Our Anti-Static PE Film is designed to address the challenges posed by static electricity in various industries. Whether you're working with sensitive electronics, medical devices, precision instruments, or delicate materials, our film offers effective static control, preventing damage caused by electrostatic discharge (ESD).
Enhanced Safety and Quality Assurance
Our film provides a low surface resistance, ensuring efficient static dissipation and preventing the accumulation of static charges. This reduces the likelihood of sparks, shocks, or other hazards that can compromise product safety and worker well-being. Additionally, our film is designed to be transparent, allowing for easy visual inspection and quality assurance checks without compromising the protective properties of the film.
Versatility and Ease of Use
Our Anti-Static PE Film offers versatility and ease of use, making it suitable for a wide range of applications. It can be used as a protective layer for electronic components during transportation, storage, or assembly. It is also an ideal choice for packaging materials, preventing static-related issues that can impact the quality and functionality of your products. With its excellent dimensional stability and resistance to moisture and chemicals, our film maintains its protective properties even in challenging environments. It can be easily cut, folded, or heat-sealed to fit your specific requirements, ensuring a seamless integration into your manufacturing or packaging processes. Our Anti-Static PE Film provides the flexibility and convenience you need to protect your sensitive products with ease.
Trust Anti-Static PET Film Solutions
Our Anti-Static PE Film offers advanced technology, superior static dissipation, and enhanced product preservation. With our commitment to quality, safety, and customer satisfaction, we strive to exceed your expectations and provide you with the best solutions for your static control needs.

A: The primary function of an anti static film is to minimize the generation of static charges and to quickly dissipate any charges that may occur. By reducing or eliminating static electricity, the film helps prevent electrostatic damage to sensitive electronic components, such as integrated circuits, printed circuit boards, and electronic devices.
ESD antis-tatic films offer several advantages in various applications. They provide a protective layer that shields against electrostatic discharge during handling, transportation, and storage. These films are often used in cleanroom environments or static-sensitive areas where ESD protection is crucial.
Furthermore, anti static films can be manufactured in different forms, including sheets, bags, or laminates. This versatility allows for a wide range of applications, such as packaging sensitive electronic components, covering work surfaces, lining containers, or creating protective barriers.
It is important to note that antistatic films are not the same as static shielding films. While anti static films provide some level of protection against static charges, they do not provide the same level of protection as static shielding films, which are specifically designed to block external static charges and provide a higher degree of ESD protection.
In summary, antistatic films are specialized polyethylene films with additives that help dissipate static charges, minimizing the risk of electrostatic damage. They are widely used in various industries to provide a protective layer and control static electricity, ensuring the integrity and reliability of sensitive electronic components.

A: Anti-Static Film
Anti-static film contains an anti-static additive to prevent the accumulation of ion and electron charges. This reduces clinging, tearing, and dust build-up caused by static. Static charges can occur on any product, but pose the most risk to highly sensitive electronic components.
Anti-static stretch film protects packages from damage caused by electrostatic discharge (ESD). This makes the film ideal for uses in markets or environments which require an ESD Protected Area (EPA), or, an area in which all objects within the area are kept at the same electric potential, meaning there is no presence of static. Anti-static film eliminates these packaging headaches.
Anti-static film is most often used in industries and markets requiring storage and protection of sensitive electronics.
BOPP
Biaxially oriented polypropylene (BOPP) film is a variation of polypropylene and is often used for stickers and labels, among many other uses. BOPP films are also safe and long lasting. The films are generally clear but can be created with matte or white finishes. Due to the material’s moisture-resistant properties, the film is often used in beverage packaging, medical packaging, and as a tamper evident film. BOPP films are also used for lamination, textbook wrappings, adhesive tapes, and flower packaging.
One-Sided Cling Film
One-sided cling (OSC) refers to the process of establishing cling on one side of the film and not the other.
OSC film prevents wrapped pallets from sticking to each other since only the inside layer of a wrapped pallet has cling. The outside layer is a cling-free surface. Since stretch film only adheres to itself, this also means that the product will not be damaged or ripped when the film is removed.
Pallets sticking together occurs most often in high humidity conditions with multiple shipping units in very close contact with each other. It’s also a frequent experience in other packaging industries with tight containment spaces during packaging or transport.
When pallets stick to each other, they need to be pulled apart, often causing damage to the film and potentially requiring rewrapping.
PVC Film
PVC film, also known as polyvinyl chloride or vinyl film, is an ideal binding solution for the construction industries.
PVC film is extremely strong, puncture resistant, and has excellent clarity. It can be seen used for refrigeration units and is known for being extremely flexible and durable, and having great tensile strength. It is an economic solution for applications needing resistance to certain chemical, alkalis, and environmental degradation. In some cases, it can be used for insulation for electrical wiring, or in areas needing to maintain sterile fields, such as for medical environments.
Due to its low melting point (film starts to soften at about 140 degrees F/60 degrees C), the film is not the best option for extended outdoor use.
Ultraviolet Inhibitor (UVI) films
Ultraviolet Inhibitor (UVI) films offer specific protection for palletizing items that will be outdoors or exposed to UV rays for extended periods of time. UVI films contain ultraviolet inhibitors which are added during the manufactured extrusion process. This dramatically slows the film’s degradation in high UVI environments. UVI films maintain their strength over a longer lifetime than standard films, especially for outdoor storage.
UV exposure occurs not only from sunlight, but also some artificial lighting and electronic devices. Extended exposure to these elements can dramatically affect the performance of stretch film.
UVI films are commonly found in the lumber and composites, building and construction, and moving industries.
Volatile Corrosion Inhibitor (VCI) film
Volatile Corrosion Inhibitor (VCI) film is a heavy-duty film with a corrosion inhibitor. It has a very high barrier resistance against oxygen and moisture, making it ideal for wrapping all kinds of metals, particularly steel.
Corrosion and rust can occur when products are exposed to changes in temperature or humidity levels. When water, oxygen, or humidity is in contact with an unprotected metal, oxidation forms on the metal surface. This reaction is severely slowed and in some cases, completely halted, by incorporating a VCI film for product wrapping.
VCI films protect products and packages from corrosion damage for both ferrous and non-ferrous metals without needing any additionally incorporated liquids or grease.
These properties make VCI film commonly used in metalworking or construction, autoparts, and steel industries.

A: Electrostatic Film relies on the principle of electrostatic adsorption onto the film to achieve the effect of adhesive. The anti-static film is developed to resist the influence of static electricity on the product.
Electrostatic film is a kind of non-adhesive film that does not contain any chemical solvents. It is environmentally friendly and will not produce any toxic gases, effectively reducing defects and improving product value. It is generally used on surfaces that are sensitive to adhesives or glue residues and is mostly used on very smooth surfaces such as glass, lenses, high-gloss plastic surfaces, and acrylic. Static electricity cannot be felt on the outside of the electrostatic film. It is from the mucous membrane, the adhesion is low, and it is enough to be used on the bright side.
PE conductive film, which is also a type of anti-static film, is made by adding superconducting nano-carbon black material to PE raw material to make its surface resistance reach 10E2~10E5 Ω. It does not produce static electricity by friction itself and is wear-resistant after high-temperature setting, so it has a good anti-static effect. The anti-static film has one more layer of function than the electrostatic film to prevent the damage of static electricity to the human body and products and the work site. The cleanliness of the anti-static protective film is extremely high, the transparency is excellent, and it has good weather resistance. Anti-static protective film is usually widely used in FPC, PCB, and electronic components in the production process as surface material to protect and prevent the occurrence of static electricity.

A: Applications for anti-stat poly film range from avoiding nuisance static and packaging circuit boards to operating room kits and other mission-critical items.
Polyethylene in its natural state tends to harbor a charge, especially in low humidity ambient conditions.
In some applications, natural static cling helps.
An antistat agent must be added to polyethylene to counteract this natural tendency of polyethylene. The goal of all “anti static” additives is to dissipate accumulated static as rapidly as possible and avoid an arc. For this reason, anti stat performance is measured by the time in milliseconds required to get rid of the charge. The range can be avoiding “nuisance static” to well defined MIL SPEC and ASTM tests.
Whether tested by static decay, surface resistivity, volume resistivity or DC insulation resistance, the mode of action of all classes of antistats is to attract ambient moisture to the surface. The water molecules then act as a conduit to conduct and dissipate the static charge.
So called “conductive” packaging is an entirely different category.
Obsolete specifications usually call out a percentage of antistatic additive. They are meaningless in context of the type of antistat and usage environment.
There are four basic classes of anti-stats for LDPE film:
GMS, or glycerol mono-stearate types generally used for convenience to avoid static cling, dust buildup and general nuisance static. Besides low cost, advantages include GRAS acceptance and usefulness in dry environments. The main disadvantage is greasiness which can impair heat sealing, laminating and printing.
Etholxylated amines. Advantages: effective in dry conditions. Disadvantages: limitations from FDA and electronics standpoints, limited shelf life.
Ethoxylated amides. Advantages are rapid functionality which is critical for manufacturing foamed extrusions, ability to meet Military ( MIL) Specifications, acceptable for direct food contact and lack of greasiness.
Non-amine, non-amide with “dual function” mode of action. Advantages: best performance at low usage levels, suitability for electronics, GRAS, FDA, Kosher acceptable for food contact, good cosmetics, non-corrosive, heat stable. While cost could be considered a disadvantage, less is required to deliver optimum performance.
Old school anti-stats were humidity and temperature dependant. The mode of action relied on “blooming”, or forcing the agent to the surface of the film. Newer generations work more on what is referred to as the “reservoir” of the film without as much blooming. The result for either is eventually a greasy surface. This is of course at cross purposes with high speed packaging machines or bag machines.
Taking static out of the film on the unwind station is an effective way to take the static out of the equation. Anti-static fans and ” tinsel ” with a high loading of copper to conduct the electricity out.

A: The PE anti-static film is a non-adhesive film that does not contain any chemical solvents. It is environmentally friendly and does not produce any toxic gas. It effectively reduces product defects and enhances product value.
The anti-static film protects objects through electrostatic adsorption, making it suitable for surfaces that are sensitive to adhesive or glue residues. It is commonly used on smooth surfaces such as glass, lenses, high-gloss plastic surfaces, and acrylic.
Static electricity is not felt on the outside of the anti-static film. It is a self-adhesive film with low adhesion, making it suitable for high-gloss surfaces.
The anti-static film is made by adding imported anti-static agents to the PE raw material, resulting in a surface resistance of 10^10 Ω. It does not generate static electricity through friction. After high-temperature shaping, it becomes durable and exhibits a good anti-static effect.
Therefore, the anti-static film provides an additional layer of protection against static electricity, preventing damage to products and work environments.
Anti-static protective film products have extremely high cleanliness and excellent transparency. They also possess good weather resistance.
Anti-static protective films are widely used in the protection and prevention of static electricity during the production process of FPC, PCB, and electronic components.
PE conductive film is also a type of anti-static film. It is made by adding superconducting nano carbon black material to the PE raw material, resulting in a surface resistance of 10^2 to 10^5 Ω. It does not generate static electricity through friction and exhibits good durability and anti-static effects.
Therefore, the anti-static film provides an additional layer of protection against static electricity, preventing damage to products and work environments.
Conductive electrical protective films are commonly used in the production of wafers, semiconductors, FPCs, PCBs, and electronic components to protect surface materials and prevent static electricity.

A: Static electricity can be an inconvenience. Whether you’re working with delicate electronics or volatile chemicals, static discharge can be one of the most costly and dangerous hazards to navigate.
Furthermore, a failure to adequately protect products and components from the risks of static discharge during transportation or storage can quickly rack up extensive losses and returns. Here are a few, common applications of anti-static poly film you need to know:
Transportation and storage of electronics
The most common application of anti-static poly film and anti-static bags is, the packaging of electronics. Computer components and items of a similar nature can be easily damaged by an inopportune static discharge. This is bad for a number of reasons, not the least of which is the increased number of returns you’ll see. Consider also the impact upon your brand and customer experience; if people regularly receive damaged goods from your business, they’ll lose faith in you. Consider it a measure to maintain goodwill from your customers – and, potentially, an opportunity to brand, with custom packaging.
If you need to maintain a static-free environment, anti-static materials will play a critical role in moving items safely in and out of the environment. Whether you’re trying to avoid damage to delicate electronic devices, avoid corruption of research results, or keep a volatile environment safe, preventing static discharge from potentially charged items with anti-static bags is a sound policy. Anti-static poly film can be used when you require additional coverage of a new surface to maintain a static-free environment.
While not as common as anti-static bags for packaging consumer goods, there are benefits to anti-static poly film. It’s more readily customized and can offer benefits in terms of space requirements and packaging unusual items more reliably or easily. Anti-Static Poly Film can be customized to your specifications.

A: Protect Electronic Components
Many electronics rely on numerous small components to operate. Buildups within these goods can come from friction, contact, heat or pressure and result in ESD. The tiny parts are vulnerable to the rapid temperature changes ESD produces, which can swiftly translate to significant product damage.
A key anti-static film function is its ability to prevent ESD buildups completely. These solutions are specifically designed to create and maintain a static-free environment for storing and shipping sensitive electronic goods.
Prevent Moisture and Dust Damage
Static-shielding packaging guards against more than ESD, also providing protection against moisture and dust.
Excess moisture can result in component corrosion, mineral residue and dirt retention. These substances can leave a coating on the component that may lead to overheating or short circuits. Too much dust in the storage or shipping environment can penetrate the parts and cause the same outcomes.
Using anti-static bags with your electronic products protects your business’s substantial investment in expensive manufacturing materials by stopping those buildups.
Reduce Damaged Goods, Refunds and Returns
Every product you ship to customers bears your company name and represents its quality. That means if customers receive damaged goods, you risk your reputation. They may choose to do business elsewhere in the future, harming your growth potential and bottom line. Your company also experiences waste and a significant financial loss if the entire stock or shipment is damaged, plus the time lost in handling customer return and refund processing.
Static-shielding film are ideal for mitigating these risks and helping ensure your customers’ satisfaction and product integrity.