Black PC Film

Black PC Film

The polycarbonate film is offered in rolls and sheets. The black PC film Lexan FR 700 is flame retardant and offers consistent properties for insulation and printability. These include puncture resistance, low moisture absorption, high thermal performance, formability and excellent dielectric strength.
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Description

What is Black PC Film

 

 

The polycarbonate film is offered in rolls and sheets. The black PC film Lexan FR 700 is flame retardant and offers consistent properties for insulation and printability. These include puncture resistance, low moisture absorption, high thermal performance, formability and excellent dielectric strength.

Benefits of Black PC Film

 

 

Impact resistant
Black PC film is best known for its monumental strength, exceeding many other films. The high tensile strength of polycarbonate makes it far more powerful than other plastic alternatives such as acrylic.
When it comes to withstanding heavy weights or absorbing impact energy, polycarbonate strength is no joke: it's over 200 times stronger than the impact resistance of regular glass and 30 times stronger than acrylic.
Due to their high impact resistance and optical clarity, polycarbonate films are often used as additional shatter protection on windows.

 

Temperature resistant
Black PC film has a relatively wide temperature range for functionality.
The minimum long-term temperature resistance of a polycarbonate overlaminating film is typically around -40°F/C while the maximum long-term temperature is 250°F (121°C). In addition, the minimum application temperature is likely around 10°F (-12°C).
These temperatures are subject to change depending on the thickness of the polycarbonate, but generally speaking, it has a fairly wide temperature range. Polycarbonate is fire-resistant and self-extinguishing, meaning it does not burn with an open flame.

 

Wide range of use
From touchscreens to bulletproof glass, polycarbonate has a wide range of applications. Black PC film is used in printed circuit boards, keypads, ID cards, electrical films, and more.
Your choice of polycarbonate relies largely on the application, as the different strengths and optical clarity levels will vary depending on the type of polycarbonate you need.

Glossy Polycarbonate Film

Glossy Polycarbonate Film

Glossy polycarbonate film is a premium-grade material casting process technology through advanced manufacturing processes. It is produced by extruding and casting high-quality polycarbonate resin, resulting in a sleek and glossy surface that combines aesthetic appeal with robust performance. This manufacturing method ensures uniform thickness and superior clarity, making PC film as a versatile solution for various applications.

Black PC Film

Black PC Film

Flame Retardant Performance: Black FR pc film with special flame retardant additives, demonstrating excellent flame retardant performance with a UL94 fire rating of V-0 or VTM-0.

Velvet Polycarbonate Film

Velvet Polycarbonate Film

The velvet textured polycarbonate film,one side is velvet,another side is matte ,with high temperature resistance, excellent dimensional stability, and best printability without the need for pre-treatment. It is particularly well-suited for multi-layer printing applications such as overlays, floor graphics, high-performance labels, and in-mold decoration.

Textured Polycarbonate Film

Textured Polycarbonate Film

Our textured polycarbonate film are made of high-quality polycarbonate (PC) material, which is treated by a special process to form a frosted surface, as its good wear resistance and scratch resistance.

Electronic Flame-retardant PC Film

Electronic Flame-Retardant PC Film

Black flame retardant PC film has a variety of product characteristics, making it ideal for internal applications in electronic and electrical products.

Black FR PC Film

Black FR PC Film

Black Flame-retardant PC film is a black item,flame-retardant polycarbonate film with a varietyof different surface textures and a UL94 V-0 or VTM-0 listing. This film with formability, excellent mechanical properties,good dimensional stability in high temperatures and a high flammability rating.The texuture can be velvet/matte,fine velvet/matte or customized.

Matte PC Film

Matte PC Film

Matte PC film is a type of film made from polycarbonate (PC) material, processed to present a matte texture on its surface. This film maintains the excellent properties of PC material while showcasing anti-scratch and anti-fingerprint features through the matte finishing process, making it widely applicable across various industries.

Printable Polycarbonate Film

Printable Polycarbonate Film

Polycarbonate film has become a functional material in various industries, offering a wide range of applications due to its exceptional properties. Among the latest innovations is printable polycarbonate film, which combines the durability and transparency of traditional polycarbonate with the added benefit of being printable. This development opens up new possibilities for industries such as electronics, automotive, labels, and more.

Transparent PC Film

Transparent PC Film

Transparent PC films have the characteristics of high-definition transparency, good compression resistance, high dimensional stability, excellent printing performance, easy processing and molding, and can be widely used in electronic products such as Membrane switch, control panels, nameplates, masks, and instrument panels.

Why Choose us

Professional service

We can accept factory inspection and goods inspection at any time. Technical discussion, research and development of new products, and complete after-sales service.

Speed

Our organization is streamlined for fast turnaround on orders and immediate response to emergencies or unexpected opportunities.

Fantastic customer service

Nothing is more important to us than customer satisfaction. With our 'can-do attitude' we ensure our customers' expectations are exceeded at all times – from delivering great solutions on time to providing advice and resolving queries as quickly as possible.

Quality and satisfaction

We guarantee quality and satisfaction on all of our projects. Although we deliver the most professional content on the first try, this guarantee gives you the peace of mind that you are entitled to free unlimited revisions until it reaches the point where you are happy with it.

 

Black PC Film Properties
Textured Polycarbonate Film
Black FR PC Film
Textured Polycarbonate Film
Electronic Flame-retardant PC Film

Toughness : Polycarbonate maintains a toughness value between -20°C to 140°C. They are virtually unbreakable.

 

High Impact strength : Black PC film has a high strength that makes it resistant to impact and fracture. It provides safety and comfort in applications that demand high reliability and performance. The polymer has a density of 1.2 – 1.22

 

Transmittance : PC is an extremely clear plastic that can transmit over 90% of light as good as glass. Polycarbonate sheets are available in a wide range of shades. These sheets can be customizable depending on an end-user application.

 

Lightweight : This feature allows virtually unlimited possibilities for OEMs to design as compared with glass. The property increases efficiency and makes the installation process easier. It also reduces overall transportation costs.

 

Protection from UV radiations : Polycarbonates can be designed to block ultraviolet radiation. They provide 100% protection from harmful UV rays.

 

Optical nature :For having an amorphous structure, black PC film offers excellent optical properties. The refractive index of clear polycarbonate is 1.584.

 

Chemical resistance : Good chemical resistance against diluted acids, aliphatic hydrocarbons, and alcohols. It shows moderate resistance against oils and greases. black PC film is readily attacked by diluted alkalis, aromatic, and halogenated hydrocarbons. Manufacturers recommend cleaning PC using agents which do not affect their chemical nature. It is sensitive to abrasive alkaline cleaners.

 

Heat resistance : Polycarbonates have high heat resistance. They are thermally stable up to 135°C. Further heat resistance can be improved by adding flame retardants without impacting material properties.

 

 
Film Properties And Applications Of PC, PET, PMMA, PI, PP, Etc.
 
1. Black PC film

Characteristics
An amorphous, odorless, non-toxic, highly transparent, colorless or slightly yellow thermoplastic engineering plastic with excellent physical and mechanical properties, especially excellent impact resistance, tensile strength, flexural strength, high compressive strength, creep It is small in size and stable in size; it has good heat resistance and low temperature resistance, and has stable mechanical properties, dimensional stability, electrical properties and flame retardancy over a wide temperature range.
Operating temperature: -30 ~ 120 ° C
Thickness: 0.07~1.0mm
Surface effect: Smooth surface, sand surface, brushed surface

 

Scope of application
Flame-retardant black PC films are widely used in electronic components, electrical enclosures, switch panels, junction boxes and charger housings, automotive instrumentation, and panel printing with flame retardant requirements. Print-grade matte PC film is suitable for special printing, helmets, signs, nameplates, protective covers, etc. Scratch-resistant PC film is used in window lenses for mobile phones, MP3, MP4, DVD, backlight and other electronic products.

2. PET film

Characteristics
PET film is also known as high temperature resistant polyester film. Excellent physical properties, chemical properties and dimensional stability, transparency and recyclability. Excellent mechanical properties, its toughness is the best among all thermoplastics, tensile strength and impact strength are much higher than the average film, and the strength is good, the size is stable, and it also has excellent heat resistance, cold resistance and good Chemical resistance and oil resistance.
Operating temperature: -60~120°C
Thickness: 0.125mm-0.35mm
Surface effect: Smooth surface, sand surface, brushed surface

 

Scope of application
PET film is divided into: PET heat shrinkable film, PET antistatic film, PET high gloss film, PET reflective film, chemical coating film, etc., the chemical coating film is mainly to improve the surface properties of PET film, coated with acrylic emulsion It can improve the printing suitability of PET. The coating with polyurethane aqueous solution can enhance the bonding force between the aluminized layer and the PET base film. The PET high gloss bright film is mainly used for high-grade vacuum aluminum plating products and laser anti-counterfeiting due to its excellent mechanical and optical properties. Base film; PET reflective film is mainly used in reflective billboards, traffic reflective signs and industrial safety signs due to its excellent optical properties, aging resistance and good thermal stability.

3. PMMA film

Characteristics
PMMA film, also known as polymethyl methacrylate film, is non-toxic and environmentally friendly, with good chemical stability and weather resistance. Good overall mechanical properties, in the forefront of general-purpose plastics, and PMMA resin is not easy to produce sharp fragments when broken. The United States, Japan and other countries and regions have made mandatory provisions in the law, and PMMA resin must be used for glass for primary and secondary schools and kindergartens.
Operating temperature: -30 ~ 80 ° C
Thickness: 0.5mm-8mm
Surface effect: Smooth surface, sand surface, brushed surface

 

Scope of application
PMMA film has a wide range of applications, and has been widely used in the automotive industry (signal light equipment, instrument panels, etc.), the pharmaceutical industry (storage containers, etc.), industrial applications (video discs, light diffusers), electronic product buttons (especially transparent) , consumer goods (beverage cups, stationery, etc.), etc. At the same time, due to its excellent optical properties, the penetration of white light is as high as 92%. PMMA products have low birefringence and are especially suitable for making DVDs and advanced optical lenses.

4. PI film

Characteristics
PI film, also known as polyimide film, is a new type of high temperature resistant organic polymer film. It is the world's best performing film insulation material with excellent mechanical properties, electrical properties, chemical stability and very High radiation resistance, high temperature resistance and low temperature resistance.
Operating temperature: -269~280°C
Thickness: 0.0125 mm -0.25mm
Surface effect: Golden mirror

 

Scope of application
PI is currently the world's best performing film-based insulation material, and it is also the most heat-resistant variety of polymer materials that have been industrialized. Because of its superior comprehensive performance, it is widely used as a film in aviation, marine, spacecraft, rocket missiles, atomic energy, electronic and electrical industrieFigure PI film (source Damai Technology)

5. PP film

Characteristics
PP film is divided into unstretched film and biaxially stretched film. Unstretched polypropylene film has blown polypropylene film (IPP) produced by extrusion blow molding and extruded cast polypropylene (CPP) produced by T-die method. ). Biaxially oriented polypropylene film (BOPP) is a new type of film developed for the purpose of replacing cellophane. It has the characteristics of high mechanical strength, good toughness, good transparency and gloss.
Operating temperature: -15 ~ 55 ° C
Thickness: 0.05 mm -0.35mm
Surface effect: Excellent gloss and good transparency

 

Scope of application
PP film is applied to all aspects of daily life with its excellent characteristics, including heat sealing film for printing and composite bag making; ultra-thin high-gloss film for paper-plastic composite for book, advertising book, gift bag, etc. Back-coated silicone oil release film for protection of plasters, labels, silent adhesive tapes and other adhesive products; isolating protective film for wrap-around isolation protection of fishing rods, golf clubs and other industrial products; Heat-sealable aluminized film for heat-sealed bag packaging of food; high transparent film for high transparent adhesive tape production, paper product compounding, etc.

6. PS film

Characteristics
PS film, also known as polystyrene film, has high transparency and gloss, beautiful appearance, good printing performance and excellent metal evaporation; low water absorption and high transmittance to gas and water vapor. The PS film is classified into an unstretched film and a biaxially stretched film. The unstretched PS film is hard and brittle, and has little use value; the biaxially stretched BOPS film has a significant improvement in physical and mechanical properties, and still maintains the original transparency and gloss.
Operating temperature: -40 to 95 ° C
Thickness: 0.1mm-1mm

 

Scope of application
PS film is mainly used for thermoforming various cups, plates, plates, snack boxes, medicines and other packaging products, and is also commonly used in carton packaging windows and light food packaging, etc., and can be used for insulation and bonding when attached to metal foil. EMI/FRI shielding, such as PC light diffusion film, has antistatic effect and good weather resistance, and is especially suitable for LCD backlight modules.

7. Composite film

Characteristics
The composite material film is a polymer material film composed of two or more layers of different film materials. By compounding, a material having the comprehensive properties of each single material can be obtained, and the substrate used mainly includes various film plastics such as PE. , PC, PP, PA, PVC and PET, etc., in the production and application process, often encounter the characteristics of a material can not meet the performance requirements of the product, which requires a composite film material with comprehensive properties, such as film materials There are many, and more and more widely used due to their comprehensive and excellent performance.

How To Choose PC Film And Polyester Film For Printing Industry

Consider your printing method

Before you choose a film, consider the printing method you will be using. Black PC films are typically better suited for screen printing due to their high heat resistance, while PET films work well for digital printing as they offer high-quality images and sharp text.

Think about the environment

Where will the nameplate be used? If it will be exposed to harsh conditions such as extreme temperatures, chemicals, or UV radiation, black PC film is the better choice. It has high impact resistance and can withstand exposure to a wide range of chemicals and environmental factors. If your nameplate will be used in a more controlled environment, PET film may be a more cost-effective option.

Electronic Flame-retardant PC Film
Textured Polycarbonate Film

Evaluate durability

Both PC and PET films are durable, but PC film is tougher and more scratch-resistant. If your nameplate will be exposed to frequent handling or rubbing against other surfaces, PC film is the better choice. PET film is still durable and can withstand some wear and tear, making it a good option for lower-impact environments.

Consider color and finish options

Both PC and PET films come in a variety of colors and finishes, including matte, gloss, and brushed. Consider which finish will best complement your design and offer the desired look and feel for your nameplate.

Difference between PVC and PC

 

 

Black PC film is a plastic formed because of a reaction between Bisphenol A and phosgene – a plastic composed from a carbonate group.
PVC is a plastic and it is the polymer of vinyl chloride monomer – a plastic formed from chloride.
Black PC film is the same material used to make bullet proof glass, meaning it is stronger than PVC, resulting in polycarbonate usually carrying a longer warranty than PVC products.
Both black PC film and PVC are thermoplastics, a plastic that is molded at higher temperatures and solidifies as it cools. The difference between polycarbonate and PVC is that PVC is composed of a chloride group, and polycarbonate is composed of a carbonate group.

 
Company Profile
 

 

Zhenzhen, established in 2021, is a professional and powerful manufacturer and has been engaged in researching, development, production of polycarbonate and PETG films. With a commitment to innovation and excellence, Zhenzhen has invested over 21 million USD in state-of-the-art production lines for plastic films and sheets, all of which are imported to ensure the highest quality.

 

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Our Certificate
 

 

Zhenzhen has successfully passed the ISO9001 quality management system, and got the certificates of ISO9001, SGS,UL solutions,BSIC and other certifications, ensuring to meet global environmental and safety standards.

 

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Asked Questions
 
 

Q: Can you print on polycarbonate?

A: You can screen print on a broader variety of polycarbonate materials compared to digital printing, including polycarbonate sheets and films. You also have a wide range of inks to choose from including unique specialty inks. Screen printing on polycarbonates is the best option for most of mass graphic print creation.

Q: What is polycarbonate film used for?

A: Polycarbonate (PC) film is a strong and clear thermoplastic used for graphics, printing, overlays, and other applications. Polycarbonate is found in backlit signs and panels (LED/LCD displays), ID cards, greenhouses, and more.

Q: What is so special about polycarbonate?

A: Polycarbonate boasts a wide range of benefits, making it a popular plastic to use. It's extremely durable while being exceptionally lightweight, making it an ideal replacement for windows. In fact, a sheet of polycarbonate is 250 times stronger than a pane of glass while being highly shatter resistant.

Q: How do you cut polycarbonate film?

A: Expert Guide to Cutting Polycarbonate Sheet Using Different Tools
A fine tooth saw blade will give you the best cut for your polycarbonate sheet. Setting your saw at 4000 revolutions per minute will give you a nice, smooth cut. The speed of the circular saw determines your cutting speed, we consider 8m per minute to give a good cut.

Q: What destroys polycarbonate?

A: Popular household cleaners such as Windex or 409 will cause damage to polycarbonate sheets and should never be used as a substitute for a proper cleaner. It is also imperative that you never use a dry cloth, or your hand, to wipe clean a piece of polycarbonate.

Q: Does isopropyl damage polycarbonate?

A: Generally speaking, Hydrogen peroxide and Isopropyl alcohol based sanitizers work best as disinfectants on polycarbonate. Disinfectants containing Hydroxides, Dimethyl benzyl or Ethyl ammonium chloride, Ethylenediamines and Hypochlorite will crack the polycarbonate sheets.

Q: Does polycarbonate catch fire?

A: The Polycarbonate is self-extinguishing away from the fire, and will not produce toxic gas when burned, and will not promote the spread of flames. It is a good environmentally friendly building material. For some buildings, fire and flame retardancy of building materials are very important conditions.

Q: Does polycarbonate degrade over time?

A: However, as shown in the study, polycarbonate does not differ from other polymers and decomposes over time, during which bisphenol A (BPA) is released.

Q: Is polycarbonate bullet proof?

A: Bullet resistant polycarbonate is available in a variety of grades and strengths. While no material is truly "bulletproof", it is a great option for added safety and protection. Bullet resistant polycarbonate meets all security requirements with regard to protection against forced entry and ballistic impact.

Q: What is the life expectancy of polycarbonate?

A: The lifespan of polycarbonate sheets will vary depending on a few factors, including the quality of the material, the type of installation, and the climate in which it is used. However, in general, polycarbonate sheets can last for 20 years or more.

Q: Is polycarbonate toxic to humans?

A: Bisphenol-A (BPA) is a widespread endocrine-disrupting chemical (EDC) used as the base compound in the manufacture of polycarbonate plastics. Children and unborn and new born babies are at high risk of unwanted effects of BPA.

Q: How do you keep polycarbonate clear?

A: Wash with lukewarm water and mild soap: Mix together your water and soap in a bucket and wash the polycarbonate using a soft sponge or microfiber cloth to avoid scratching the material. Make sure your detergent has no harsh chemicals that could damage the plastic, such as white spirits.

Q: Does polycarbonate crack when cut?

A: Also, let the blade do the cutting, don't force it through the polycarbonate or else the material could crack. That is it about cutting a straight line into a thick polycarbonate sheet. To cut curves into it, you'll need to use a band saw. Or a CNC router or Laser cutter if you can access them.

Q: Do you need a special blade to cut polycarbonate?

A: Use a fine toothed blade, i.e. a veneer blade, or a "triple chip"plywood/aluminum cutting blade, so it makes very small chips. And be damned sure it's nice and sharp! Polycarbonate doesn't chip or crack.

Q: Can you cut polycarbonate with a utility knife?

A: A thin polycarbonate sheet can be cut with a utility knife. However, a thick sheet may require the use of professional-grade tools such as a jigsaw.

Q: Does isopropyl alcohol dissolve polycarbonate?

A: Polycarbonate is damaged by some common household solvents including Lysol, Pinesol and Isopropanol alcohol. In fact, you should avoid any of the stronger chemical based cleaning solutions to be safe.

Q: What does acetone do to polycarbonate?

A: Acetone can cause damage to polycarbonate because it has the ability to dissolve or soften the material, causing it to become brittle and prone to cracking or breaking.

Q: Does hydrogen peroxide dissolve polycarbonate?

A: This amorphous thermoplastic holds up nicely against other chemicals such as Aluminum Chloride Solution, Aluminum Sulphate Solution, Citric Acid Solution, Freon 12 or Arcton 12, Formic Acid Solution, Glycerine, Hydrochloric Acid Solution, Hydrofluoric Acid Solution, Hydrogen Peroxide, and others.

Q: Does wd40 damage polycarbonate?

A: WD-40 can be used on just about everything. It is safe for metal, rubber, wood and plastic. WD-40 can be applied to painted metal surfaces without harming the paint. Polycarbonate and clear polystyrene plastic are among the few surfaces on which to avoid using a petroleum-based product like WD-40.

Q: Does 70% isopropyl alcohol damage plastic?

A: 70% isopropanol will not damage most plastics. The same cannot be said of 70% Ethyl Alcohol since some of the denaturing ingredients can damage plastics. A solution of 90% alcohol should also be fine. Note that as soon as 90% or higher alcohol is open to the air it will absorb moisture and it will no longer be 90%.

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