What is Polyster Enclosure

 

Polyester enclosures are enclosures made of polyester, a synthetic polymer material that is known for its durability, strength, and resistance to various environmental conditions. They are often used in industrial settings to protect electronic components, instrumentation, and controls from moisture, dust, and other contaminants.Polyester enclosures come in various sizes and shapes, and can be customized to meet specific requirements. Standard enclosures and customized enclosures are lightweight and corrosion-resistant, which makes them suitable for outdoor applications where exposure to harsh environments is a concern.

Benefits of Polyster Enclosure
 

 

Electrical Insulation
Polyester is an electrical insulator, meaning it doesn't conduct electricity. This inherent property reduces the risk of electrical shock, especially in cases of equipment malfunction or when working on live circuits inside the cabinet.

 

Corrosion Resistance
Polyester cabinets do not corrode, even in harsh or corrosive environments. This prevents the deterioration of the cabinet's structural integrity, ensuring it remains a secure enclosure for electrical components.

 

Fire Resistance
Polyester can be manufactured to be flame-retardant, adding an extra layer of safety. In the event of a fire, these cabinets can help contain the flames, reducing the risk of further damage or spreading of the fire.

 

Chemical Resistance
Polyester is resistant to many chemicals, which is crucial in environments where hazardous substances are present. It prevents the cabinets from reacting with or being compromised by these chemicals.

 

Environmental Protection
Polyester cabinets are often designed to be weatherproof and watertight, guarding against environmental factors such as rain and dust, which can damage electrical equipment.

 

Temperature Stability
These cabinets can maintain their structural integrity and safety features across a wide temperature range, ensuring that they remain effective in extreme conditions.

Application of Polyster Enclosure

 

 

Polycarbonate Box CS

Wastewater Treatment

Wastewater treatment and water distribution centers use monitoring equipment that acquires data and transmits it back to the main data center. Polycarbonate enclosures resist UV rays, offer a degree of protection against moisture, are lightweight (and therefore, easy to install) and can be easily modified out in the field.

Solar Power

Because of their durability in extreme temperatures, polycarbonate enclosures are commonly used in solar power applications. Enclosures must be able to withstand UV radiation, as well as wind blowing dust, dirt and rain, making them vital for solar power operations.

Marine or Marina

On a ship or docked at a port, itls important for ship navigation officers to protect their electrical equipment from wet environments. This includes occasional sea spray and temporary submersion underwater. Polycarbonate enclosures with NEMA 6P ratings are waterproof enclosures that can handle the elements, as well as temporary submersion.

Stadiums

Polycarbonate cases are incredibly durable and can protect Wi-Fi equipment from the impact of baseballs going at incredible speeds. Polycarbonate also allows wireless and radio frequency (RF) signals to pass through its body.

Manufacturing Plants

In manufacturing plants, electronic enclosures must be corrosion- and heat-resistant. Pulp and paper plants, for instance, prepare fibrous material by chemical and mechanical processes and this can create a hot, damp and corrosive environment.

 

How Does Polyster Enclosure Manufacturers Improve Ik-Rating?

Polyster Enclosure manufacturers' main ways for improving enclosure's impact rating includes the following:

Material - Choosing material, which has great properties against impacts

Thickness - Increase material thickness of the enclosure

Shape - Design the enclosure shape so that it deflects impacts or disperses the impact energy to a wide area

Low IP-rating - Applying lower IP or Nema rating allows the enclosure to deform more during the impacts and still pass the tests.

Polyester Enclosure TIP
How to Choose Polyster Enclosure
 

 

Determining environmental factors
You should first investigate climate and environmental issues where your cabinet or enclosure will be installed. This will tell you if you need a cooling system, the need for more corrosion resistance, water or dust-tight seals, for example. By preparing your cabinet or enclosure for every possibility, you reduce the risk of equipment damage or failure and inefficient operation.

 

Internal temperatures
Consider a sealed electrical enclosure that's been designed to protect against whatever the outside throws at it. The internal temperature can also pose a threat, influenced by the internal heat load, rate of heat dissipation and the ambient temperature of the outside. Exposed to excessive heat, electronic components become less reliable, operate less efficiently and their overall life span reduces.

 

Wind and rain
The wind itself isn't a problem for well-designed electrical cabinets and enclosures. Problems occur from what the wind can introduce into the internal environment: particles of dirt, dust, or foreign debris that enter via a substandard or broken seal. The result can create issues with cooling and heat transfer systems, clog ventilation, and limit the lifespan of your unit.

 

Theft and vandalism
To ensure the operational integrity of your outdoor enclosure or cabinet, you'll need to think about security to limit or prevent access to controls and components. You can implement security systems, alarms, monitoring devices, and remote controllers. The threat of vandalism and theft is less of an issue if you're designing your enclosure to NEMA-12 and NEMA-4 standards in the U.S., or in Europe, IP56 and IP 52. Due to the air and moisture-tight seals required, your cabinet or enclosure will already have a high level of protection.

Metal vs Polyester Case: The Battle of the Boxes

 

 

Impact Resistance
Polycarbonate can withstand an impact of over 900 psi, and is about 200 times stronger than steel. As a thermoplastic, polycarbonate will flex and return to its original shape, while metal can dent on impact. Once dented, any preventive rust coatings will fail and the underlying enclosure will begin to rust, including stainless steel.


Enclosure Modifications
A stock enclosure does not remain stock for long. At some point, an engineer or technician will alter the box with holes, cutouts, and recesses. These changes are necessary to make the enclosures functional. Metal and polycarbonate respond differently to such modifications.Drilling a metal enclosure can require special drill bits, and using a drill press, often a nibbler tool is recommended. Replacing either the cabinet or the entire unit may be necessary, costing time and money.

 

Weight
Heavier weight equals higher costs. Fuel efficiency, maintenance costs, logistics, installation—all see significant cost reductions in tandem with a decreased part weight. If you were to weigh a metal and polycarbonate enclosure, the plastic box could weigh 6 times less.The costs associated with higher weight can go well beyond the initial shipping costs from the supplier's warehouse until the unit arrives at its final destination. Shipping costs can quickly increase the overall product cost—not to mention the additional strain on human resources when carrying and installing heavier enclosures.

 

Cost
Polycarbonate costs considerately less than a comparably sized metallic box, with all the factors stated above metallic enclosures, could cost you and your company more in time and money. These possible cost drivers include shipping, potential redoing modifications, and a shorter, less reliable field life.

Features of Polyester Shell
 

Robust Design
Molded from UV-stable, impact-resistant polycarbonate, all our polycarbonate enclosures meet at least NEMA 4X and IP65 specifications. Our YH Series, YQ Series and ML Series of polycarbonate enclosures are designed to protect your components in the most difficult environments, meeting NEMA 6P requirements.

 

Surface/Wall Mounting Flanges
This is a convenient feature that allows you to mount your project box or industrial enclosure to a surface without needing to remove the cover.

 

PCB Mounting Bosses
Molded-in mounting bosses come standard in all our polycarbonate series. These bosses allow you to easily mount a PC board or panel inside the enclosure.

 

Numerous Design Options
Our polycarbonate enclosures are available in different styles, sizes and cover options. Enclosures can come in black and light gray with choice of clear/opaque covers and we can easily provide customized modifications to take your product to the next level with cutouts that meet your exact specifications.

How to Clean Your Polyster Enclosure

 

NO grit necessary

Speaking of exfoliating…DON'T! Our polycarbonate panels are easy to clean but can be scratched if you scrub them with coarse material or corrosive chemicals. So put away the steel wool, bristle brushes, and any solvents containing benzene, petrol or acetone or basic washing powders. If you live in a sandy area, make sure that the water and cloths being used to wash your panels haven't picked up any sand that can scratch the polycarbonate, as well.

Keep it greasy

The rest of the structure is resistant to corrosion, and apart from rinsing with a stream of water here and there, does not require additional cleaning. Only the moving parts-the hinges, door-lock, and the rollers of each segment-require occasional maintenance. Keep these parts functioning at the optimal level by regularly lubricating them with any spray lubricant.

It's all about WATER

You don't need any fancy chemicals to clean your polycarbonate panels, just good ol' fashioned water will do just fine. Hosing down your enclosure about once a month with clean, fresh water should do the trick. If you are in the midst of a particularly dusty, muddy, or dirty season, you can use a very soft cloth with a gentle soap (i.e Palmolive) in a diluted bucket of water to clean your enclosure. Make sure you frequently rinse with clean water to remove any soap residue and avoid soaps with harsh chemicals or exfoliative ingredients.

How to Maintain Polyester Shell

 

Protect During Construction or Renovation
Before you even begin the cleaning process, it's crucial to prevent any damage to your clear Polyster Enclosure security barriers during construction or renovation. To do this, make sure to keep the protective film on the bars while the project is still ongoing. We recommend installing the Polyster Enclosure bars at the end of the construction or renovation project whenever possible. This precaution will help prevent unnecessary exposure to potential hazards such as chemicals, paint, cement, or harsh detergents.

 

Avoid Harmful Chemicals
Clear Polyster Enclosure security barriers are durable, but they are not immune to the corrosive effects of certain chemicals. To ensure the longevity of your barriers, keep all chemicals, paint, cement, harsh detergents, and aerosol sprays away from them. These substances can cause discoloration, clouding, or even structural damage to the Polyster Enclosure.

 

Use the Right Cleaning Materials
Cleaning your clear Polyster Enclosure security barriers is a straightforward process when you have the right tools. Start by using a damp fibre cloth to wipe down the surface gently. Avoid using abrasive materials, as they can scratch the Polyster Enclosure. Once you've wiped away any dirt or smudges, dry the barriers with a clean and dry fibre cloth.

 

Choose the Right Cleaning Agent
This specially formulated cleaning solution is designed to effectively clean and maintain the clarity of your Polyster Enclosure barriers without causing any harm. However, if you don't have access to this product, a few drops of mild dishwashing liquid in clean water can be a suitable alternative. This mixture not only cleans the barriers but also helps eliminate static electricity, which can attract dust and shavings.

Our Factory
 

ANJI HUACHENG ELECTRICS CO., LTD. (known as the LOGO of PROTA) is a professional manufacturer, well-known of all kinds of distribution boxes in China, we focus on enclosures. And our products range includes: metal wall mounting enclosures, top stainless steel enclosures, floor standing cabinets, knock-down cabinets, network cabinets, terminal boxes, junction boxes, gland boxes, telephone boxes and so on.In 2006, an electrical engineering college student, started to work in the distribution panels industry, he just graduated in that June. After 5 years focusing on this filed, he established Prota in 2011. 

 

FAQ

Q: What is polycarbonate box?

A: Durable—Polycarbonate is a material with a high heat resistance (roughly -40C to 120C). It's also UV-resistant and offers good chemical resistance, making it an ideal material for outdoor applications. Lightweight—Polycarbonate enclosures are lightweight, making them easy to carry and install.

Q: Is polycarbonate a good Conductor of electricity?

A: Polycarbonate, as a type of thermoplastic, does not conduct electricity (unlike metals which are good conductors of electricity), which gives it an advantage when the enclosure is needed near water.

Q: Which is better polycarbonate or fiberglass enclosures?

A: Polycarb can withstand an impact of over 900 psi; fiberglass comparatively can only withstand about 225 psi. As a thermal set plastic, polycarb flexes and return to its original shape, while fiberglass can shatter with on impact.

Q: What is the use of polycarbonate in electrical?

A: For one, polycarbonate does not conduct electricity. This makes it a great material for situations where there are concerns about electrical arcing or shorting. Polycarbonate's electrical resistance also makes it ideal for installations where electronics will be located near water.

Q: Is polycarbonate affected by heat?

A: Unlike glass, polycarbonate can withstand extreme temperatures making it safer to use in building construction, and household items. Polycarbonate can be exposed to temperatures around 270 degrees for several hours or sudden bursts of heat up to 1166 degrees without distortion, breakage, or absorption of heat.

Q: Are polycarbonate containers safe?

A: Some studies have found that BPA can leak trace amounts from polycarbonate containers and resin linings into foods and drinks. In tests on lab animals, BPA appears to copy or disturb the hormone estrogen and affect the reproductive system. This could possibly raise the risk for cancer.

Q: What is better than polycarbonate?

A: Compared to polycarbonate, acrylic has a higher tensile strength and UV resistance. Acrylic is less expensive than polycarbonate and is commonly used as a suitable alternative when impact resistance is not a key factor.

Q: Which is better polypropylene or polycarbonate?

A: When comparing polypropylene vs. polycarbonate bags such as the Platinum® Elite Medium Check-In Expandable Hardside Spinner, it's important to remember that while polypropylene is lighter, polycarbonate is the sturdier choice. A polycarbonate suitcase may cost more but will offer more rigid protection.

Q: Is polycarbonate more expensive than fiberglass?

A: They are very different from each other when it comes to their price. Polycarbonate roofs are usually low-cost, that's why they are great alternatives for the traditional roofing. Fiberglass roofs are higher when it comes to the price, and sometimes you have to pay extra if you'll need some repairing and maintenance.

Q: What can destroy polycarbonate?

A: Substances such as benzene, chlorobenzene, tetralin, acetone, ethyl acetate, acetonitrile and carbon tetrachloride can affect polycarbonate and make it swell or change color. Some of these substances cause stress cracks in the plastic that may or may not be visible to the naked eye.

Q: Why choose polycarbonate?

A: Extremely Durable - Polycarbonate has a very high impact resistance and is practically unbreakable. Weather resistant - Polycarbonate is highly resistant to sunlight, rain and snow; making it perfect for outdoor applications.Polycarbonate, an amorphous glassy thermoplastic, is susceptible to cracking or crazing when under stress and in contact with a chemical environment.

Q: What happens to polycarbonate in the sun?

A: To answer this question, we need to remember that polycarbonate blocks UV by absorbing it. This absorption of harmful radiation would lead to yellowing or discoloration of the material over time, and eventually polycarbonate would lose its properties and break.

Q: Does polycarbonate last in the sun?

A: UV Protection: Many high-quality polycarbonate panels come with built-in UV protection. This not only protects the panels from the harmful effects of the sun, preventing yellowing and degradation, but also offers protection to the inhabitants and objects underneath from harmful UV rays.

Q: What is the purpose of the electrical enclosure?

A: An electrical enclosure is a cabinet or box that protects electrical or electronic equipment and prevents electrical shock. Enclosures are usually made from rigid plastics or such metals as steel, stainless steel, or aluminum.The material used is also a big factor: stainless steel can cost twice as much as mild steel, while aluminium enclosures generally need to be custom made. Thicker material adds expense as well. Finally, the cabinet finish can impact cost.

Q: How many types of enclosures are there?

A: The NEMA has over ten types of electrical enclosures for hazardous and non-hazardous locations. So, while choosing an electrical enclosure, one must be careful about the possible threats the equipment faces and which enclosure is more suitable for your application.

Q: What is a Type 4 electrical enclosure?

A: Type 4: Weather tight (weatherproof) enclosures. Constructed for either indoor or outdoor use to provide a degree of protection against falling dirt, rain, sleet, snow, windblown dust, splashing water, and hose-directed water. Will be undamaged by the external formation of ice on the enclosure.

Q: What are the materials used in electrical enclosures?

A: Material Selection: Our enclosures are constructed using high-quality materials such as powder-coated carbon steel, 304 stainless steel, 316 stainless steel, and 5052 aluminum. Each material offers distinct characteristics suitable for various environments and applications.

Q: What plastic is used for electric enclosures?

A: Polycarbonate and Acrylonitrile Butadiene Styrene are some of the most commonly used plastics for electronic enclosures. A PC+ABS thermoplastic blend combines the positive qualities of both PC and ABS. The automotive, electronics, and telecommunications industries widely use PC+ABS blends.Sheet copper or aluminum shall be at least 0.51 mm (0.020 in.) thick. Sheet steel shall be at least 0.41 mm (0.016 in.)

Q: What is the best material for an enclosure?

A: The best material for an enclosure depends on its intended use. Metals like stainless steel or aluminum are ideal for harsh industrial environments for their durability and strength. Plastics can be cost-effective and versatile for indoor or less demanding applications.ABS is a polymer blend that is a popular choice for electronic enclosures. The benefit of using this kind is that it provides good, all-around performance. It has excellent impact resistance and electrical resistance, flexibility, and the ability to withstand several chemicals.

Q: What is the difference between Type 1 and Type 3 enclosures?

A: NEMA 1 enclosures are used in applica- tions where sealing out dust, oil, and water is not required. water and dirt. NEMA 3 enclosures are intended for outdoor use primarily to provide a degree of protection against windblown dust, rain, sleet, and external ice formation.NEMA 7 enclosures are designed to contain an internal explosion without causing an external hazard. These enclosures are intended for indoor use in hazardous locations classified as Class I, Division I, Groups A,B,C, or D.

Find professional polyster enclosure manufacturers and suppliers in China here. We're offering high quality polyster enclosure with competitive price. Welcome to contact our factory for wholesale and customized services.

Inner Door For Polyster Enclosure

Send Inquiry