Weprofab is an excellent polycarbonate enclosure manufacturer in China. We produce all kinds of polycarbonate enclosures according to our customer’s requirements. Our products are made with our latest technology and superior materials. Get in touch and avail our polycarbonate enclosures!
Get WeProFab Polycarbonate Enclosure Delight Your Customers
Weprofab is the leading polycarbonate enclosure manufacturer for your polycarbonate business. We have outstanding polycarbonate sheet products that may offer and can bring your business to the highest level.
If you are needing enclosures for your requirements Weprofab polycarbonate enclosure small switch box should be taken into consideration.
Weprofab offers polycarbonate cable junction box enclosure which is more rugged lightweight and incredibly versatile.
Our polycarbonate enclosure for IP65 is the perfect solution for a wide range of applications. You can avail this at affordable rates.
Weprofab polycarbonate enclosure with transparent cover has a full capacity to protect valuable and has high performance.
Weprofab polycarbonate enclosure control box is incredibly popular in the electronics industry. This truly an extremely versatile and durable material.
If you need to protect your sensitive electronics from the weather, a waterproof polycarbonate enclosure of Weprofab will keep your equipment safe.
WeProFab is a joint-venture company between WeeTect Material Limited and a Chinese local fabrication manufacturer. We tend to offer you a one-stop solution for plastic fabrication and also metal fabrication.
Weprofab can fabricate different polycarbonate enclosures with lightweight and high performance, which is very convenient to use for different applications.
Weprofab offers a one-stop solution for all your polycarbonate enclosures needed.
Send us your inquiry today!
Custom Polycarbonate Enclosure to Skyrocket Your Brand
Why WeProfab Polycarbonate Enclosure
Weprofab can offer a wide selection of well-manufactured polycarbonate enclosures.
Polycarbonate enclosures are durable materials with high heat tolerance and have UV resistance that can hold up great in any outdoor or indoor application.
These also truly offer the capacity to be machined to add cutouts needed for customization.
The more amazing about this product is its versatility good chemical resistance and are suited for many kinds of environments.
In any flexible application, this polycarbonate enclosure manufactured by Weprofab will surely give you an effective solution.
Due to its durability in extreme temperatures, polycarbonate enclosures are commonly used in solar power applications.
Weprofab is a great manufacturer for polycarbonate enclosures.
Our polycarbonate enclosure products are ISO certified.
We also can make a custom enclosure to your exact specifications.
These polycarbonate enclosures can serve in a long-term service because of its durability.
As a professional manufacturer, we manufacture standard, custom industrial, and equipment enclosures including polycarbonate enclosures.
Weprofab can offer thousands of enclosure sizes, styles, and options to meet your exact needs.
Every client can send their own designs or work with our in-house engineers to find the perfect customizable solution for their enclosure project.
We can stand as your trusted and reliable polycarbonate enclosure provider and supplier.
As a reliable polycarbonate enclosure manufacturer, we have been trusted for so many years by our clients from different countries.
You can guarantee that all our polycarbonate enclosures are quality and useful.
Our engineer has a solid knowledge that will allow them to produce the unique, innovative, and best solutions for your polycarbonate enclosure needs.
For a better and smarter enclosure solution, Weprofab is your best choice.
We can able to provide useful suggestions and advice to make your enclosure better.
We are also a great business partner you may have.
If you are in a need polycarbonate enclosure for outdoor and indoor use, contact us right away!
Polycarbonate Enclosure: The Ultimate FAQ Guide
I know you’re looking for a durable and reliable polycarbonate enclosure.
Or, you want to learn more about polycarbonate enclosure.
That’s why this guide will answer all questions you have been asking about polycarbonate enclosures – from material grade, design, surface finish to features.
Let’s dive right in.
- What Is Polycarbonate Enclosure?
- What Is The Purpose Of Polycarbonate Enclosure?
- What Are The Main Properties Of Polycarbonate Enclosure?
- Why Should You Consider Investing In Polycarbonate Enclosure?
- What Are The Components Of A Typical Polycarbonate Enclosure?
- How Do You Install Polycarbonate Enclosure?
- What Are The Key Performance Parameters Of Polycarbonate Enclosure?
- What Are The Main Applications Of Polycarbonate Enclosure?
- What Are The Common Designs Of Polycarbonate Enclosure?
- How Do Polycarbonate Enclosure Compare With Fiberglass Enclosure?
- What Is IP Rating In Polycarbonate Enclosure?
- What Is The Cost Of Polycarbonate Enclosure?
- Can You Choose Acrylic Enclosure In Place Of Polycarbonate Enclosure?
- How Safe Is Polycarbonate Enclosure?
- How Strong Is Polycarbonate Enclosure?
- How Durable Is Polycarbonate Enclosure?
- What Are The Common Polycarbonate Enclosure Standards Certifications?
- Does Clear Polycarbonate Enclosure Yellow Over Time?
- What Are The Best Surface Coating Treatments For Polycarbonate Enclosure?
- What Is The Suitable Size Of Polycarbonate Enclosure?
- Is There Color Limitation For Polycarbonate Enclosure?
- What Is The MOQ When Purchasing Polycarbonate Enclosure?
- What Factors Do You Consider When Buying Polycarbonate Enclosure?
- What Are The Drawbacks Of Polycarbonate Enclosure?
- What Are The Best Maintenance Practices For Polycarbonate Enclosure?
- What Factors Determine The Production Turnaround Of Making Polycarbonate Enclosure?
- Why Should You Consider China As The Best Marketplace For Polycarbonate Enclosure?
- Is There Difference Between Polycarbonate Enclosure And Polycarbonate Box?
- What Are NEMA Rated Polycarbonate Enclosure?
- How Does Polycarbonate Enclosure Compare To Polycarbonate Junction Box?
- Are There Hinged Polycarbonate Enclosure?
What Is Polycarbonate Enclosure?
Polycarbonate enclosure refers to a unique casing or box you can use for electrical components or storage equipment.
It resembles a cabinet, cage, or box and comes with lockable doors to prevent unauthorized access.
You can find it in different sizes, shapes, and designs, depending on your requirements.
What Is The Purpose Of Polycarbonate Enclosure?
The main purpose of polycarbonate enclosure is to house and store different electrical components and equipment.
In general, it protects electrical and electronic components used in different commercial, residential and industrial settings.
Of course, this is vital because it guarantees the safety of the components from environmental and human interference.
Moreover, this averts inevitable incidents of explosion or electrical shock, among others.
Besides, polycarbonate enclosure is essential as far as organizing the different items is concerned.
It means your space won’t appear cluttered with different electrical instruments, which is vital in enhancing safety and convenience.
Remember, you can also use it to store other items, depending on its design.
What Are The Main Properties Of Polycarbonate Enclosure?
One of the main reasons polycarbonate enclosures are becoming popular in the recent past is their outstanding structural and functional features.
They exhibit excellent properties, which are integral in enhancing performance, reliability, and durability in their respective applications.
Some of the main properties of this component include the following;
Lightweight – The base material for making this equipment is light, thus reflects directly on its final product. Ordinarily, polycarbonate enclosure is lightweight regardless of its size, making it highly portable and easy to install.
Incredible strength – Typically, the polycarbonate material used for making this enclosure is incredibly strong. Thus, the enclosure is equally strong, often 250-300 times stronger than a fiberglass enclosure of a similar dimension.
Excellent heat resistance – This component can withstand extreme temperatures without melting, deforming, warping, or distorting. Of course, this is an important feature for any component housing electrical equipment.
Great thermal insulation offers ideal thermal efficiency, which is vital in stabilizing and regulating various temperature changes.
Good dimensional stability – Polycarbonate enclosure can hardly deform nor distort even when subjected to extreme temperatures due to its incredible dimensional stability.
Incredible weatherability – The molecular structure of a typical polycarbonate enclosure is solid, making it highly resistant to several harsh environmental elements.
Flexible – It has a relatively soft surface material, thus easy to mold or fabricate into different designs and sizes using various techniques.
Attractive – Generally, polycarbonate enclosure is appealing to the eye, thus ideal for enhancing overall aesthetics.
Why Should You Consider Investing In Polycarbonate Enclosure?
Investing in polycarbonate enclosure is advantageous in several ways, such as follows;
To Improve Safety
Ideally, the safety of everyone within the surrounding, whether at the home, office, or factory must be a priority.
Cables and switches with live electricity hanging around different places around the work area exposed people to danger.
Thus, an ideal way of preventing hazardous incidences such as electrocution is by housing and locking such components in a polycarbonate enclosure.
Polycarbonate enclosures, especially for outdoor applications, also prevent the electrical components from different weather elements.
To Prevent Vandalism Of Electrical Components
Technically, most electrical components used in different operations are costly.
Thus, housing and locking them inside polycarbonate enclosures guarantees protection of such equipment from vandalism.
Of course, this component has excellent impact resistance thus difficult to break.
To Prevent Fire
The design construction of modern polycarbonate enclosures features a mechanism that regulates temperature.
Essentially, this is important since most electrical components often emit heat, at times in excess, which can easily lead to an explosion.
Thus, the polycarbonate enclosure prevents fire incidents by regulating the temperature to reasonable levels.
To Improve Efficiency And Performance
Polycarbonate enclosure enhances the convenience, efficiency, and performance of the different electrical equipment you use in your application.
Technically, this is vital because it increases the overall output and reliability.
To Ease Mode Of Operation
Polycarbonate cages usually offer a central position for connecting different electrical components.
Ideally, this is vital, especially in commercial and industrial applications involving the use of heavy-duty machinery.
Thus, the synchronization of all these connections at a central point makes it easy for you to operate different types of machinery.
And this gives you a systematic, easy, and convenient process in a considerable aspect.
Adds Aesthetic Value
Of course, this is an advantage since polycarbonate enclosures add style and class in different spaces they are installed.
The arrangement of different electrical devices in the cage is incredible, well-organized, and enhances the visual appeal.
What Are The Components Of A Typical Polycarbonate Enclosure?
Polycarbonate enclosures come in different designs and sizes.
Besides, they are designed for different applications thus tend to feature various components.
Nevertheless, here are the main components you are likely to find in a typical polycarbonate enclosure;
Thermal Management Unit – It is a device designed to monitor temperature changes within the polycarbonate enclosure.
The essence of this component is to enhance the general efficiency of individual parts in the enclosure and preventing functional failure.
Frame – It is merely the entire build of the enclosure but is determined mainly by the shape and size of the component.
Terminal boxes – These are electrical devices for converting overhead services to underground services in multi-circuit wiring. They enhance convenience, save time and protect the enclosure.
Human-machine interface – HMI is hardware, which enables advanced visualization and integration of different operations into supervisory levels. It is an ideal component necessary for commercial and industrial polycarbonate enclosures, which need frequent control from a centralized operator.
Cable management unit – It is a device used for configuring electrical cables inside the polycarbonate enclosure. This component is vital because it enhances convenience, easy access, and preventing cables from unplugging.
Earthing – It is a low resistance wire transmitting immediate discharge of electrical energy to the earth. Essentially, this component connects installation parts with a conductive surface earth surface.
Lock – Ordinarily, polycarbonate enclosures have entry points, which have locks for securing the components inside.
Nevertheless, depending on the specific design and application for a particular polycarbonate enclosure, it could also have the following additional components;
- Dead front – The operating side of an enclosure, which hardly contains any live component
- Vent – It is an opening on a polycarbonate enclosure’s frame that facilitates air circulation
- Coupling – This is a device for connecting two shafts at their ends to transmit power
- Gland plate is a component used to attach and secure the end of electric cables inside a polycarbonate enclosure.
- Drip shield – This device is designed to prevent water or liquid substances from entering the polycarbonate cage.
- Door stay – It is designed to hold the door in position, whether closed or open.
- Sun shield – This component is guards the unit against direct sunlight, preventing it from unnecessarily increased temperatures.
How Do You Install Polycarbonate Enclosure?
Technically, the installation process of a polycarbonate enclosure involves proper configuration before mounting it to a particular space.
Even so, the installation process is dependent on the specific size, application, and components of the polycarbonate enclosure.
Nonetheless, the general means of installing this component entails the following steps;
Identify The Parts To Fit In The Polycarbonate Enclosure
List down all the electrical components you’d want to fit in this thermoplastic cabinet.
Essentially, this gives you an idea of the ideal size you need for your application, whether residential, commercial, or industrial.
Mark And Prepare The Enclosure Area
Use live wire detectors to determine the best place to install the polycarbonate enclosure.
Group all the cables and other components and cut the openings accordingly using the right tools.
Connect Power To The Enclosure
At this point, ensure you separate low voltage from high voltage.
You can get a duplex receptacle and run the voltage into your electrical enclosure while keeping all the line voltage connections outside this box.
Mount The Enclosure
Fix and secure the polycarbonate enclosure in the respective space, then pull all the necessary cables into it and mark them accordingly.
However, do not cut the wires you have already pulled inside the enclosure.
Organize The Interior Components
You need to layout all the components inside the enclosure accordingly.
It is vital because you need to ensure all the devices will fit in the enclosure appropriately.
While at it, ensure you install all the required components one by one.
Complete The Wiring Process
This is the ultimate step: connecting, tightening, and securing all loose cables, nuts, and bolts.
Always mark each component upon completion since it enhances convenience during repair or replacement.
Importantly, ensure you use standardized tools and devices since safety is of significant concern during and after installation.
What Are The Key Performance Parameters Of Polycarbonate Enclosure?
It is vital to always look into important performance parameters when purchasing polycarbonate enclosures.
The main parameters to considering include the following;
It refers to the regulation of temperature emitted by the polycarbonate enclosure.
This parameter is crucial since most failures and malfunctions often arise from thermal issues.
You must ensure the design of your polycarbonate enclosure offers excellent thermal management to prevent unnecessary downtimes.
The safety features play an integral role in determining the efficiency and reliability of polycarbonate enclosure.
Ideally, regulators require manufacturers of these components to incorporate various safety elements when making the units.
It is important because it determines how effective the unit will perform in different conditions.
Environmental And Safety Compliance
Incidentally, all electrical equipment must comply with the respective environmental and safety requirements.
Compliance is an assurance of its efficiency and suitability in numerous applications.
Thus, ensure the specific polycarbonate enclosure meets the required safety and environmental standards.
What Are The Main Applications Of Polycarbonate Enclosure?
Ordinarily, polycarbonate enclosure is nowadays used in various applications in commercial, residential, and industrial settings.
It has become a popular alternative to various traditional materials used as enclosures, such as stainless steel.
The common applications of this component, nonetheless, include the following;
- Street lighting
- Traffic control lighting
- Solar power battery
- Processing and manufacturing plants
- Water treatment and distillation plants
- Oil and gas industry
- IT and servers
- Cable management
- Tower mounts
- Food and beverage industries
- Airports/railway stations
What Are The Common Designs Of Polycarbonate Enclosure?
Characteristically, polycarbonate enclosures are easy to fabricate.
It means you can find them in a wide range of designs, which is essential in making sure you attain what suits your needs.
You can find these components in numerous designs, which fit indoor and outdoor applications.
The common designs available include the following;
Consoles And Consoles Polycarbonate Enclosures
They are comparatively smaller designs and usually come in slanted or flat tops.
Consoles and Console Polycarbonate Enclosure
Push-button Polycarbonate Enclosure
This design is ideal for housing 22mm or 30 mm mount devices. Mostly, they are designed for small offices, residential structures, and small-scale machinery.
Push Button Polycarbonate Enclosure
Key Locking Polycarbonate Enclosure
As the name suggests, the outstanding feature of this enclosure is the lockable doors. It is suitable mainly for high-traffic areas to prevent vandalism and unauthorized access to the enclosure.
Dual Access Polycarbonate Enclosure
It comes with two doors and is mostly used in large-scale applications such as manufacturing plants, airports, traffic control, etc.
Dual Access Polycarbonate Enclosure
Flush Mount Polycarbonate Enclosure
It is designed for recessed wall installation and protecting electrical components. The design is pretty compatible and often keeps components away from public working spaces.
Polycarbonate Enclosure With A Knockout
This is a design featuring an open-top doubling as the access point of the equipment. It is suitable for quick fast mounting of standard-size instruments.
Polycarbonate Enclosure With A Knockout
Nonetheless, you can find custom polycarbonate enclosures depending on the specific manufacturer you are purchasing from.
For instance, some of the common designs available at WeProFab include the following;
- Polycarbonate enclosure with clear cover
- Polycarbonate enclosure with control box
- Waterproof polycarbonate enclosure
- Outdoor polycarbonate enclosure
- Polycarbonate plastic enclosure
- Mounted polycarbonate enclosure
- Hinge cover polycarbonate enclosure
- Flame retardant polycarbonate enclosure
How Do Polycarbonate Enclosure Compare With Fiberglass Enclosure?
Polycarbonate and fiberglass enclosures have become popular in the recent past.
Of course, they offer alternatives to traditional enclosures such as stainless steel and wood, among others.
However, these two enclosures seem to vary as far as structural, visual, and functional features are concerned.
Here are a few grounds on how they tend to compare;
- Strength – Polycarbonate enclosure is almost 300 times stronger than fiberglass Thus, the former exhibits better durability and reliability due to guaranteed high impact resistance.
- Weatherability – Polycarbonate enclosure has superior weatherability features to fiberglass enclosure. As such, the former can withstand abuse and harsh environmental conditions better than the latter.
- Weight – Polycarbonate enclosure is more or less half the weight of fiberglass enclosure of similar dimension.
- Pliability – You can easily fabricate polycarbonate enclosure into different designs better than you can fiberglass enclosure since the latter is more rigid.
- Thermal insulation – Polycarbonate enclosure offers better thermal insulation features than what fiberglass enclosure exhibits.
- Safety – Polycarbonate enclosure is safer than its fiberglass alternative in several perspectives, including fire retardance.
In a nutshell, polycarbonate enclosure comes out as a better alternative to fiberglass enclosure when considering the major structural and functional perspectives.
What Is IP Rating In Polycarbonate Enclosure?
Ingress Protection (IP) rating refers to the entire protection of the enclosure against contact with moving or live parts.
In other words, it is a protection rating of the enclosure from different environmental and mechanical elements.
Generally, IP rating looks at various elements regarding protecting the enclosure from water and other waterproofing elements designed for prolonged outdoor use.
Ordinarily, the ideal IP rating for a typical polycarbonate enclosure is IP65.
What Is The Cost Of Polycarbonate Enclosure?
It usually varies based on a host of variables.
For instance, the specific manufacturer or brand you are purchasing determines the actual cost of this component.
Mostly, different brands price their products differently depending on various elements such as market and production forces.
Secondly, the size and design of this component also influence the specific price you get it at.
Of course, bigger and relatively customized designs tend to be somewhat costlier than smaller and simple designs.
Thirdly, the specific number of these units you purchase at a go often determines the actual pricing.
In many instances, purchasing higher quantities usually guarantee you better discounts than buying a few units.
And most importantly, the quality of the material and workmanship integrated into making this component also influences the actual price.
Ordinarily, a polycarbonate enclosure made from high-quality polycarbonate material with superior artistry is costlier and vice versa.
In a nutshell, there is no definite cost for purchasing a polycarbonate enclosure.
The price varies based on several factors, including the few ones mentioned above.
Can You Choose Acrylic Enclosure In Place Of Polycarbonate Enclosure?
Acrylic material and polycarbonate materials are more or less similar in many structural and functional aspects.
Thus, it means you can get relatively the same results when you choose acrylic enclosure as a substitute for polycarbonate enclosure.
For instance, acrylic enclosures are strong, lightweight, flexible, and exhibit remarkable weatherability properties.
Moreover, like polycarbonate enclosures, acrylic enclosures also have excellent thermal insulation and heat resistance features.
Generally, polycarbonate enclosure is slightly superior to acrylic enclosure in a few elements.
Nevertheless, you can still attain the best results when you choose it in place of a polycarbonate enclosure.
How Safe Is Polycarbonate Enclosure?
In essence, polycarbonate enclosure features a wide range of safety features such as thermal insulation and heat resistance.
Thus, it can hardly explode under ordinary conditions since it comes with an effective temperature regulating device.
Secondly, the surface material of this component is made from thermoplastic.
Thermoplastic material ordinarily is shock-resistant; hence it can hardly cause any bodily injuries whether the cables emit high voltage.
Besides, the surface material of this component is often insulated properly using different surface coating treatments.
This is fundamental in preventing burns and enhances the safety of the component.
Moreover, the manufacturing process of this component often ensures it complies with specific safety standards before getting to the market.
In general, polycarbonate enclosure is pretty safe in all the specific applications it is designed for.
How Strong Is Polycarbonate Enclosure?
The base material used for making this component has a sturdy molecular structure.
This molecular structure is hard to break down, making it one of the strongest thermoplastics available.
Ordinarily, polycarbonate enclosure is about 250-300 times stronger than fiberglass of similar dimensions.
Thus, it has excellent resistance to mechanical impact pressure, which it can endure without breaking.
Furthermore, several additives are usually integrated during the manufacturing process to reinforce the natural strength of the base material.
How Durable Is Polycarbonate Enclosure?
The fact that this component exhibits excellent resistance to high impact pressure makes it relatively durable.
Also, polycarbonate enclosure demonstrates weatherability features to different environmental conditions.
Therefore, it can last for many years without wearing out, warping, or degrading.
Moreover, several surface coating treatments are usually integrated into this component during the manufacturing process.
It makes it easy to withstand other environmental and mechanical abuse it could be exposed to.
Under ordinary conditions, this component can last for at least 215 years.
What Are The Common Polycarbonate Enclosure Standards Certifications?
Several quality standards certifications are used on different polycarbonate enclosures depending on the country or region.
Of course, these standard certifications are essential because they guarantee the product meets the specific quality requirements.
The common standards include the following;
UL is a quality standard certification agency responsible for testing different polycarbonate enclosure samples.
Polycarbonate enclosure with UL mark or stamp indicates it fully meets the required quality standards.
The specific Underwriters Laboratory standards for this component are UL 50 and UL 50E.
Restriction of Hazardous Substances Directive
RoHS’ implementation is predominantly in the EU region, and it is responsible for restricting dangerous substances from being used in the product.
Essentially, this quality standard certification identifies and describes specific levels of numerous elements under restriction.
It is a mark of quality expressing polycarbonate enclosure’s conformity to all the required safety, environmental, and health protection standards.
This quality mark also expresses the particular product is marketable in the European Community region and beyond.
It is arguably one of the most significant quality standard certifications of polycarbonate enclosures.
In essence, it describes the quality of various types of enclosures of different grades but specifically those made for the US market.
Mostly, NEMA standards rate the product against various environmental susceptibilities such as IP rating, etc.
American National Standards Institute
ANSI is an independent quality standard certification agency responsible for creating voluntary consensus standards for products and services.
It is predominantly implemented in the US but also acceptable in different countries and regions.
It is a common quality standard in the European region specifically for measuring polycarbonate enclosure’s performance criteria.
Essentially, it establishes the levels of ingress protection of the polycarbonate enclosure.
Does Clear Polycarbonate Enclosure Yellow Over Time?
It depends on several factors such as the following;
- The quality grade of polycarbonate material – Ordinarily, poor polycarbonate exhibits weaker molecular structure, which can easily break down and make the enclosure yellowish.
- Quality of workmanship – Polycarbonate enclosure crafted poorly can yellow easily since it hardly factors in important details during the manufacturing process.
- Prolonged exposure to direct sunlight – Ideally, sunlight emits UV rays, which often attack and weaken the molecular structure of this component. This gradually makes it turn yellow.
Nevertheless, it is always easy to remove yellowness on the surface material of this component.
Often, polishing using the idea technique efficiently removes the yellowness and restoring the component into the original glossy surface.
What Are The Best Surface Coating Treatments For Polycarbonate Enclosure?
Mostly, it depends on the specific application and the environmental conditions the enclosure is likely to be exposed to.
Nevertheless, the ideal surface coating treatments to consider for this component include the following;
- Anti-static coating – It prevents chances of static build-up, which would cause electric shock.
- Anti-fog coating – The design of this coat is to prevent moisture from accumulating on the surface material, especially for outdoor applications.
- Anti-scratch coating – It protects the surface of polycarbonate enclosure from abrasive materials likely to cause scratches.
- Anti-corrosion coating – It prevents the component from corroding if it comes into contact with chemical substances.
- Anti-reflective coating – This surface coating treatment prevents excess light from reflecting on the component, especially in well-lit areas such as airports.
What Is The Suitable Size Of Polycarbonate Enclosure?
Your specific application demands is what determines the exact size of polycarbonate enclosure you’ll need.
Of course, you can find this component in small, medium, and large sizes.
Moreover, it is available in custom sizes, given the base material is easy to fabricate.
Therefore, a suitable size of polycarbonate enclosure depends on the needs of your application and your preference.
Is There Color Limitation For Polycarbonate Enclosure?
Ordinarily, polycarbonate enclosure is often transparent in natural or raw form.
However, you can infuse it with different colors or paints to find your preference’s specific shade or hue.
Essentially, this makes it easy to get polycarbonate shade, which meets your taste and preference.
Ideally, you can find this component in as many as 50 solid and striped color hues.
Therefore, there is no color limitation for this component.
What Is The MOQ When Purchasing Polycarbonate Enclosure?
It depends on the specific manufacturer or company you are buying the enclosure from.
Most companies usually determine their respective MOQ based on various factors.
Thus, you need to inquire from the particular manufacturer to establish the specific parameters they use to determine the ideal MOQ.
However, most companies and suppliers often offer flexible MOQ, thus the need to inquire, negotiate and agree on what suits your needs and budget.
What Factors Do You Consider When Buying Polycarbonate Enclosure?
You need to look into numerous elements when purchasing a polycarbonate enclosure.
The main factors to look into include the following;
Always choose the polycarbonate enclosure based on the demands of the application.
For instance, street lighting requires different polycarbonate enclosures from the one you use in an office space.
Ideally, different projects demand different polycarbonate enclosure sizes.
Thus, select the ideal size based on the needs of your application to prevent unnecessary inconveniences.
Polycarbonate, the base material for making this enclosure, comes in different quality grades of up to 20 variants.
These variants range from superior to substandard quality, but they are all functional.
However, depending on the nature of your project, ensure you go for the right quality, which guarantees durability and reliability.
Your budget also is an important element to consider when purchasing a polycarbonate enclosure.
Ordinarily, polycarbonate enclosures are available at different rates depending on various prevailing factors.
If you need customized units, it is fundamental to inquire from the company to determine whether they can produce the same.
Besides, ensure you provide accurate details when seeking custom units.
The company you are purchasing the items from is also a vital element to consider.
Majorly, price variance is common among different manufacturers, thus considering the specific company to choose.
What Are The Drawbacks Of Polycarbonate Enclosure?
Generally, polycarbonate enclosure has a few shortcomings, which include the following;
- It is relatively expensive compared to other alternative materials offering similar functions.
- Those designed for outdoor applications require relative care and maintenance to maintain their original state for quite some time.
What Are The Best Maintenance Practices For Polycarbonate Enclosure?
An ideal way to maintain a polycarbonate enclosure is to make sure you hardly overload it beyond its recommended capacity.
This is vital since it prevents it from exploding or experiencing malfunction among some of its components.
Also, ensure you frequently check out the conditions of various components inside the enclosure.
It enables you to determine the specific ones, which need replacement or repair.
What Factors Determine The Production Turnaround Of Making Polycarbonate Enclosure?
They vary from one manufacturer to another, but the common ones include the following;
Order quantity – The more units you order, the longer it is likely to take to produce.
Manufacturer’s policy– Different polycarbonate enclosure manufacturers have varying policies regarding production turnaround. Some have fixed timelines, whereas others have relatively flexible timeliness.
Product design – The production turnaround also depends on the specific design construction of the enclosure. Customized units will take longer than standard pieces.
Pending orders – In many instances, the companies and suppliers usually serve clients on a first-come basis. Thus, if there is a long queue of waiting for orders before you, then chances are high your order will take longer.
Why Should You Consider China As The Best Marketplace For Polycarbonate Enclosure?
China is regarded as the leading marketplace where you can conveniently import polycarbonate enclosures from.
Ordinarily, this is attributed to several factors such as the following;
- Several manufacturers are available, increasing your chances of getting the most suitable one for your needs.
- Competitive prices since there are several manufacturers; thus easy to negotiate the cost and get better discounts.
- They provide High-quality polycarbonate enclosures since there are industrial regulations, which manufacturers should conform to.
- There is a wide variety of polycarbonate enclosures to choose from, thus increasing the chances of getting the most suitable one.
- You benefit from auxiliary services such as branding, packaging, and shipping since many Chinese manufacturers have valuable contacts.
Is There Difference Between Polycarbonate Enclosure And Polycarbonate Box?
The main difference between polycarbonate enclosure and polycarbonate box is on functionality.
Ideally, a polycarbonate box is general and can be used for housing and storing different items.
Moreover, its design construction is not basic but can be customized to include additional details.
Polycarbonate boxes can either have or miss a door or lock.
On the other hand, polycarbonate enclosure is specifically designed for housing electronic and electrical equipment.
It features a specific design, which must conform to the required standards for housing different electronic components.
Mostly, it comes with a door or sealed entry point and may also have a lock.
It is used in specific applications where there is a need for housing electrical components.
In other words, a polycarbonate box can be converted to serve as a polycarbonate enclosure.
However, you can never use a polycarbonate enclosure as a polycarbonate box.
What Are NEMA Rated Polycarbonate Enclosure?
NEMA essentially refers to National Electrical Manufacturers Association, and it is responsible for defining standards and ratings of different electrical boxes.
Ideally, NEMA rated polycarbonate enclosure has been appraised against different environmental vulnerabilities.
Some of these environmental vulnerabilities include water, dust, coolant, and oil, among others.
Besides, a NEMA-rated polycarbonate ensures safety compatibility and proper functioning.
In other words, NEMA-rated polycarbonate enclosures are defined based on their ability to safeguard against damage from different environmental substances.
How Does Polycarbonate Enclosure Compare To Polycarbonate Junction Box?
The main difference between polycarbonate enclosure and polycarbonate junction box is size.
Ordinarily, polycarbonate enclosure and junction box house electrical connections and safeguard them from weather elements.
However, a polycarbonate junction box is limited to the specific electrical connections it can house.
Moreover, it does not contain any significant electrical components other than the cables and, in some instances, switches.
On the other hand, polycarbonate enclosure is relatively large hence accommodates different electrical components.
Are There Hinged Polycarbonate Enclosure?
Hinged polycarbonate enclosures are plenty and available in a wide range of sizes.
Ordinarily, this design of polycarbonate enclosure is suitable for safeguarding components from weather elements.
Besides, most hinged polycarbonate enclosures also feature lockable doors preventing vandalism and unauthorized access.
Hinger Polycarbonate Enclosure
For NEMA rates and IP compliant polycarbonate enclosures, contact WeProFab now.