When deploying enclosures in an environment with extreme temperatures, thermal management is critical. It is necessary for maintaining the optimum performance of electronics and for keeping a computer system protected from elevated levels of heat. Since a NEMA 4X enclosure requires a watertight seal, a unique set of challenges must be overcome when installing a NEMA 4X computer or printer enclosure. NEMA 4X enclosures are unable to utilize an open cooling system, meaning the cabinet requires a closed loop system that uses forced convection. With a closed loop system, no seal is broken. The enclosure market has several closed loop solutions that will keep your enclosure cool to protect your vital electronics.

Three common types of cooling for NEMA 4X computer enclosures:

Heat Exchanger
A heat exchanger can be used to transfer heat from the inside of the cabinet to the outside to ensure internal electronic components are operating at safe levels. It is important to note that a heat exchanger is an ideal cooling solution ONLY when the electronics can operate safely above the external ambient temperature. Heat exchangers are advantageous when humidity is not a major concern, and a low heat load is generated by the electronics installed inside of the enclosure.

Vortex Cooler
Vortex cooling units produce cool air by using clean/dry compressed air through a tube or hose. These units do not have refrigerants or moving parts, so they are especially valuable in demanding, harsh environments – such as hazardous areas. A vortex cooling unit is operated by a thermostat, which is powered from the inside of the enclosure. The installation location can vary on an enclosure: top, sides, or rear.

Air Conditioners
A NEMA 4X rated air conditioner can be installed in an environment where the electronics – inside of the enclosure – need to be cooled at or below the ambient external temperature. An air conditioner is beneficial in high humidity areas. To properly cool electronics, air conditioners use refrigerants and forced air. It goes without saying, but an A/C requires frequent filter maintenance to run at its maximum capacity. The filter should be changed and/or cleaned at least once a month or more often in dirty or dusty areas.

Prior to deploying a NEMA 4X computer or printer enclosure, perform research and conduct a thorough examination of the installation environment. Compile a list of ALL electronics which will be installed inside of the enclosure. The list should include the average heat load and operating temperatures. This information is helpful in determining the NEMA 4X cooling system that will best fit the desired application.

Looking for a recommendation on the best cooling solution for your enclosure? Click Here

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In many harsh, manufacturing settings, printers, computers, monitors, and electrical equipment are housed in industrial computer enclosures that are designed to protect against severe, exterior environments (humidity, water, dirt, dust). However, even in a NEMA rated enclosure, liquid can enter the enclosure under a variety of circumstances. Obviously, the goal is to keep harmful elements, like moisture or condensation, out of the enclosure!

Condensation is defined as water which collects on a cold surface when humid air makes contact. In other words, temperature fluctuations between the inside and outside of the computer enclosure can cause condensation, which can make its way into the enclosure. Any moisture can damage electronics, shorten their lifetime, and affect the performance of the internal components. When it comes to condensation, corrosion or rust are also serious concerns, which will render critical electronic mechanisms useless.

Moisture can also penetrate the inside of an enclosure through various paths – door left open, a vent, defective door latch/hinge, filtered fan system, brittle gasket, or a poorly sealed cable entry point. Plus, during a regular washdown, it is possible for the high pressure spray and cleaning solution to penetrate around the sealed enclosure doors and gaskets. If the water is not detected, mold or fungi can form in small areas and become an enormous problem. In fact, according to FEMA, mold can grown quickly, “mildew and mold will develop within 24-48 hours of water exposure. Even worse, it will continue to grow until steps are taken to eliminate the source of moisture, and effectively deal with the mold problem… Molds digest organic material, eventually destroying the material they grow on, and then spread to destroy adjacent organic material.”

Naturally, it is advisable to install a “closed-loop” cooling solution for humid, moisture prone environments. Closed loop cooling systems are specifically designed to mount to an enclosure and remove heat, without letting outside air (or water) into the sealed enclosure. To ensure electronics are running at optimum levels, the closed loop system will bring the temperatures below the ambient outside temperature.

Examples of closed loop cooling systems include air conditioners, vortex coolers and heat exchangers (heat exchangers will not cool below the ambient temperature). These systems usually employ a thermostat and/or humidity control for monitoring. Closed loop systems are generally “non-condensating.” The only time condensation may occur is if there is a quick and dramatic temperature fluctuation to the system (i.e. switching thermostat from 80°F to 65°F). In fact, air conditioners and vortex coolers can often work to remove moisture from the inside of the computer enclosure.

When searching for the best enclosures for a humid environment, make sure that it is built to protect against water entering the cabinet. Obviously, water has a way of getting into the tiniest spaces if not properly safeguarded! In humid environments, moisture may enter the enclosure when the door is minimally open for quick routine maintenance.

Properly sealed enclosures in a humid environment (gasket is a plus) will prolong the life of imperative electronics. As always, downtime can be costly, so it is always prudent to keep all electronics up and running for as long as possible.

Looking for a recommendation on the best cooling solution for your enclosure? Click Here

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When storing electronics in a computer, monitor, printer, or rack enclosure, proper cooling is necessary to increase the overall life of the electronics. It comes as no surprise that heat can damage electronics. As a rule of thumb, the life expectancy of electronics is cut in half for every 18°F in which they operate above room temperature. System integrators should be aware that operating electronics in high or elevated temperatures can void manufacturer warranties. Thus, the correct thermal management is critical for a computer enclosure deployment in a manufacturing setting.

Many factors influence the temperature – in which electronics are exposed – on the inside of a computer enclosure. In the blog, ‘Could High Humidity be Hurting Your Electronics?,’ the author notes that “electronics are more delicate than you may think, and are susceptible to damage in high-humidity environments. It is important to keep relative humidity between 40-60% to keep electronics running efficiently.” Therefore, it is imperative to consider not only the electronics’ heat output, but also the environmental factors that may cause high ambient air temperatures.

The following are some examples of potential sources of heat:

• Power Supplies
• Controllers, Drives, or Servers
• Computers and Monitors
• Rack Electronics
• Printers (Barcode, Label, or Desktop)
• Solar Gain Heat
• Furnaces or Ovens
• Foundry Equipment

Electronics, which are more robust than average off-the-shelf products, will most likely have a higher heat output. Because we live in a world where faster is better and processing capacity is extremely important, more powerful systems are being designed at a rapid pace. Powerful electronics will generate more heat and, as a result, will require some form of cooling, like a filtered fan system, heat exchanger, vortex cooling unit, or air conditioner.

What are Common Consequences of Damaging Heat?

Heat building up – on the inside of an industrial enclosure – can adversely affect controls and sensitive electronics.

Below are a few examples of the adverse reactions of too much heat.

• De-Rated Drive Performance
• Electronics Failure
• Productivity Loss/Down time
• High Component Replacement Costs
• Late Shipments
• Lost Revenue
• Customer Dissatisfaction

When searching for the right enclosure solution, speak with an enclosure expert to configure the best cooling solution based on a user’s specific application. When discussing the installation of electronics on the inside of an enclosure, thermal management should always be on the list of must-haves. High heat will damage electronics when stored inside of an enclosure.

Simply put, any type of thermal management will help a computer system run more smoothly.

Download the cooling requirement worksheet for the first step in creating the perfect environment for your electronics.

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When deploying computer, rack, monitor, or printer enclosures in a factory or industrial setting, thermal management (air conditioners, filtered fan systems, heat exchangers, etc.) should be considered to exponentially prolong the life of the chosen electronics.

Once thermal management is installed on (or in) the enclosure, it is important to check and maintain the system often. Regular maintenance will prevent costly breakdowns and downtime. It is necessary on even the most reliable computer enclosure system. Neglecting to maintain proper care will cause systems to be inoperable at their intended capacity and may lead to faulty parts that require costly replacement. In some instances, manufacturers will completely deny warranty claims, if it is discovered that the thermal management systems were neglected.

Depending on environmental conditions, planned maintenance will do wonders to extend the lifetime of enclosure equipment. Simply put, it reduces the probability of failure to electronics and increases a machine’s overall reliability. Developing a structured thermal management maintenance plan will increase operational dependability and longevity.

Routine Maintenance Includes:

• Check filter(s), clean or replace filters as needed
• Re-adjust thermostat(s) depending on fluctuating ambient temperatures
• Check essential functions on all the cooling device’s controls
• Recommended cleaning practices per the manufacturer
• Create a maintenance plan that all users/operators will follow

Consistent maintenance ensures that a fan, heat exchanger, or air conditioner is running at the optimum efficiency, thus lowering energy costs and benefiting the planet. Thermal management maintenance will result in overall longer run times, even under the most extreme temperatures and environmental conditions. Be sure to establish a plan of action, from the beginning, when deploying a computer, rack, monitor, or printer enclosure in a manufacturing environment.

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Why Proper Thermal Management Helps:

1. Prolongs the Life of Electronics

The average lifetime of a computer is approximately 3-5 years. According to AZ Central (USA Today Network), the lifespan is “gauged by a variety of factors including environmental conditions, usage patterns, and computing needs. Many computers will last far longer than this, and possibly a decade or more if properly maintained.” In general, computers and electronics will not survive – on their own – in a hot, dusty manufacturing facility, if not protected inside of a pc enclosure. Furthermore, electronics – installed within the sealed computer enclosure– may also need thermal management to survive. When electronics are used daily, it is good business to maximize their life cycle. If a printer is overheated, then the media may not print properly and if a computer is overheated, it may shut down completely. By keeping electronics running at optimal temperatures, production will never need to slow down.

2. Reduces Costly Downtime

If electronics are housed in an computer enclosure, which is in a hot industrial environment, high ambient temperatures will slowly damage a computer or other electronic devices. If the inside of an enclosure is cool and humidity is removed, the equipment will not overheat and will continue to operate at a peak performance. If the computer or printer is needed for everyday tasks, then it must be WORKING(!)… plain and simple. According to the article, The Cost of IT Downtime, Michael Copeland writes, “Because there are so many differences in how businesses operate, downtime, at the low end, can be as much as $140,000 per hour, $300,000 per hour on average, and as much as $540,000 per hour at the higher end… Downtime is extremely expensive, and in ways that can make or break the success of your organization.” Time is money!

3. Cuts Down on Replacements

Utilizing the same computer enclosure equipment for many years will offer a strong return on investment for businesses. To put it into perspective, the average computer can cost upwards of $800 to $1,200 (if not more), a replacement thermal transfer printer can run from $400 to thousands of dollars, and even standard LCD monitors are a few hundred dollars. Obviously, to save man-hours and money, a company does not want to constantly be swapping out its essential equipment. Plus, replacement products will take a long time to configure, and oftentimes replacements are in short supply – just adding to downtime and lost profits. The learning curve for brand-new equipment is also costly, as it takes time for employees to learn the latest computer system, printer, or other peripheral.

To determine the correct thermal management for an computer enclosure, it is always useful to perform the proper research, so that the electronics being housed are appropriately protected. Companies will often offer a website form to fill out, so that a buyer can purchase the appropriate equipment.

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This formula can also be useful for picking the right thermal management:
(watts x 3.413) + (1.25 x area in square feet x ∆T temperature difference in degrees F) = BTU/hr.

Watts = The total heat load inside the enclosure (the sum of all heat-producing equipment)

Area = Total exposed surface area of the enclosure expressed in square feet

∆T = The difference in temperature between the maximum expected degrees Fahrenheit temperature outside the enclosure and the maximum degrees Fahrenheit temperature allowed inside of the enclosure

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Extreme temperature fluctuations, dust, dirt, grease and splashing fluids are threatening for expensive electronics. Prior to implementing electronics on the plant floor, the system designer has the option of specifying an industrially hardened computer or an aptly sealed industrial computer enclosure to be used with a desktop computer. Either solution can perform splendidly, but, over time, the choice between the two will be an investment decision that will balance lifetime costs, operational stability, and versatility.

In general, the initial purchase price of an industrial computer will be much higher than the cost of a less expensive general-purpose industrial computer enclosure. It is important to understand the differences between the two solutions.

After either system is deployed into production, the first consideration comes into play during a hardware failure. Although the industrial-grade computer should provide significant longevity than a general-purpose PC, it is an electronic device and, over time, electronics will fail.

Industrial PCs can often be difficult to repair. The computer’s sealed design may warrant a service technician to provide repair work or worst-case scenario, require the unit to be sent back to the manufacturer for repair. Regardless, the end user will face production downtime, which is always costly. In addition, industrial computers are usually proprietary and difficult to upgrade. However, without an industrial computer enclosure, the computer has no protection against tampering with controls or misuse.

Protecting a computer in a NEMA-rated industrial computer enclosure can offer more flexibility. In the event of a computer failure, it will be far less expensive to replace a general-purpose computer vs. an industrial computer, and of course general purpose computers are available either in company inventory or a ‘day away’ from today’s electronic marketplace.

If the technology requires a change two to three years after the system has been implemented, utilizing a industrial computer enclosure will provide greater versatility. A PC enclosure allows the system integrator to easily swap out an older computer with a brand-new computer. A computer enclosure is lockable and will provide the peace of mind that the system is secured.

Many companies do not calculate how much a computer and related hardware will cost in terms of downtime and production loss. The proper computer enclosure will help extend the lifetime of electronics and reduce downtime, while offering a cost-effective alternative to industrial computers.

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HOW DID FUYAO FIND ITSENCLOSURES:
Fuyao initially contacted ITSENCLOSURES after an internet search for computer enclosures. ITSENCLOSURES was re-engaged on the project through the referral of an integrator for Fuyao.

PROJECT:
In 2015, Fuyao acquired PPG’s automotive glass manufacturing facilities and underwent major renovations before production could begin. Fuyao sought a heavy-duty industrial computer enclosure to house vital electronics on the plant floor. The requirements for the enclosure solution included a NEMA 12 rating and enough space to house a wide screen monitor, keyboard, mouse, computer and barcode printer. Fuyao’s major concerns included finding a quality product, at a competitive price, that would withstand a manufacturing environment. Due to the rapid expansion, the glass manufacturer required the enclosures very quickly to meet an aggressive timeline and ‘go live’ date.

CHALLENGES:
Based on a competitor’s cabinet, Fuyao set a very low budget for deploying the computer enclosures. Fuyao, not willing to accept an inferior product, contacted ITSENCLOSURES for 100 piece pricing on a comparable enclosure product. Unfortunately, the competitor’s products were not of the same quality of ITSENCLOSURES’ products and failed in Fuyao’s harsh, dirty environment. In order to show the product’s differences, ITSENCLOSURES offered to send Fuyao an evaluation unit to review internally before making a purchasing decision. In the end, the companies were able to negotiate a price that kept Fuyao within their desired budget.

SOLUTION:
ITSENCLOSURES recommended the IceStation TITAN freestanding computer enclosure. The TITAN enclosure accommodates up to a 24-inch wide screen monitor, has an integrated keyboard drawer with a sloped work surface, and space underneath the keyboard drawer for a PC and power supply. In addition to the standard offerings, Fuyao desired an external side mounted shelf to support a thermal barcode printer. A sealed cable entry gland, installed next to the shelf, easily routes electrical cables and wires without jeopardizing the NEMA 12 enclosure rating. To keep the electronics running at optimum temperatures, a 200 CFM filtered fan system, with a normally open thermostat, was installed on the enclosure.

INSTALLATION DATE:
Fuyao issued a purchase order in September 2015. Shipments of the computer enclosures began immediately and spanned over 3 months. ITSENCLOSURES completed the deliveries in December 2015, just before the holidays.

SUMMARY OF PROJECT:
In all, Fuyao deployed 130 IceStation TITAN enclosures between their Moraine, OH and Lake Orion, MI facilities. ITSENCLOSURES easily scaled production to meet Fuyao’s needs and delivered the enclosures ahead of their schedule. The automotive glass supplier is very pleased with the performance of the IceStation TITANS and hopes to order more cabinets in the future.

PRODUCT PAGE OF THE SOLUTION: Click Here

YOUTUBE VIDEO: Click Here

HAVE QUESTIONS?
Let us know how we can best assist you! Contact an ‘ITSENCLOSURES expert’ at 1-800-423-9911 -OR- send us an email: info@itsenclosures.com

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In an industrial environment or machining factory, protecting a PC, printer, monitor, and related peripherals from dangers – like dirt, dust, grease, humidity, liquids and harmful corrosives – is critical. Performing a simple Internet search will display multiple computer enclosures from many differing manufacturers. It may be a difficult task to find an enclosure which is best suited for multi-purpose use in an unforgiving plant setting.

From critical processes to equipment operation to simply checking email, end users will not have to worry about downtime if the appropriate workstation is specified in the initial plans. The steps below point out important items for an organization to consider, which will simplify the process of choosing the best computer enclosure.

4 Steps to Choosing the Exact Computer Enclosure

1. In what type of environment will the computer and/or electronics be located?
   
   When starting an enclosure search, determine the National Electrical Manufacturers Association (NEMA) rating recommended for your environment. Some examples of NEMA ratings that will work in many harsh environments, include the following:

NEMA 12 enclosures protect against dust, dirt, oils, lubricants, grease, and light splashing fluids (non-corrosive). NEMA 12 is intended for indoor use.

NEMA 4 enclosures protect against falling dirt, dust, splashing water and hose directed water. NEMA 4 is intended for indoors or outdoors (offers protection against rain, snow, ice, sleet).

NEMA 4X enclosures protect against falling dirt, dust, splashing water, hose directed water and corrosive materials. NEMA 4X is intended for indoors or outdoors (offers protection against rain, snow, ice, sleet).

2. Is bacteria and/or washdown a concern?

Pharmaceutical and food/drink processing plants should be aware of the computer enclosures’ ability to be thoroughly cleaned without harboring microbial contaminants. Stainless steel/sloped top computer enclosures will be the best option – in any environment – to shed water and reduce the possibility of bacterial growth. A heavy-duty gasket around the door frame, that is bacteria resistant, is also worth considering for additional protection.

3. What accessories best compliment the workstation?

During the selection process, a team leader should consider a wide range of optional accessories. Does the computer enclosure need to be mobile or stationary? Should the enclosure have lockable doors for security? How many shelves will be used for electronics? Is a VESA mount included for monitor installation? How will the wires/cables be organized? Will thermal management be a necessity in a hot/humid environment? Could a heater be installed in a freezer area? These questions (and many more) should be addressed during the selection process. Research the included features to ensure that the base computer enclosure model will fit any operator’s needs. Sliding shelves, industrial-grade castors, bolt down legs, lockable doors, keyboard drawers, mouse pads, cable entry glands, power cords, USB connectors, and hinged printer access doors are just some of the accessories that can enhance the end user experience and the enclosure’s overall utility.

4. What are the plans for the future?

Monitors, computers, keyboards, and printers are forever changing. Just when someone gets accustomed to a specific widescreen monitor or state-of-the-art computer system, the manufacturer introduces a newer version or a ‘faster, better model.’ When choosing a computer enclosure workstation, research features that will allow “growth” in the future. Viewing windows that can accept up to 24”, 27” or even 32” monitors will ensure that there is plenty of room to upgrade from the 19” monitor currently in use. Printers may get larger or smaller, depending on the printed material, so ensure that an enclosure shelf can hold varying amounts of weight and a hinged printer door can be used with different sizes of labels or paper. Computers can also change drastically over the years, so an enclosure with extra room will make all of the difference!

A buyer should always perform the proper product evaluation when purchasing a computer enclosure. Do not base a decision solely on price. Less expensive often means less quality and utility. Research various products on the market to determine the solution that will offer the most value in the long term. Computer enclosures are an investment. Choosing the right enclosure – for the job – will decrease the chance of an expensive replacement! Selecting the proper computer enclosure up front will maximize the life cycle of any computer system and ultimately be cost effective.

HAVE QUESTIONS?  LET US KNOW HOW WE CAN BEST ASSIST YOU! CONTACT AN ‘ITSENCLOSURES EXPERT’ AT 1-800-423-9911 -or- SEND US AN EMAIL:  INFO@ITSENCLOSURES.COM

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What is the secret to ensure uptime? It is simple – protect all electronics with a high quality enclosure system.

When one relies on computers, printers, monitors, keyboards, and other peripherals to drive the manufacturing process, a proper shield – from harmful elements – is critical. How many times have unprotected electronics failed because of damaging dust, dirt, lint, grease, corrosives, or water in the air? A manufacturer that utilizes a quality NEMA rated computer enclosure will have a solid output, a higher ROI, and will help maximize the lifetime of electronics.

3 Problems a Computer Enclosure will Eliminate

1. Costly Downtime
   A company will experience downtime if a computer system fails because of exposure to dust, grease, moisture, or other harmful contaminants. Consider the amount of time necessary for procurement, installation and start-up to replace a system during a failure. Many control panels and computer systems are custom and may not be readily available, thus adding even more downtime. Account for the needs of all parties involved – from IT and engineering, to maintenance and operators who work directly with the computer system. Above all, downtime costs money. Every minute, hour, or day that goes by without a resolution will become more problematic and expensive!
2. Reduced Lifetime of Electronics
   The temperature range in which a PC should operate is typically disclosed in the product specification booklet. The document should be reviewed carefully with engineering. Overexposure to high heat or low temperatures can damage essential components of a computer, monitor, or printer. In addition, warranties will likely be voided if the electronics are not stored/operated within the recommended temperature range.
3. Security Gap
   Choose an enclosure workstation that incorporates heavy-duty doors with locks, which require a unique key. Locks will prevent theft and system operators from changing settings, which are carefully established by the IT department. In addition, lockable doors will prevent employees from storing inappropriate material inside of the enclosure system. It goes without saying – liquids (coffee!) never mix well with pricey electronics!

So, how much money is lost when a machine is down?

No company situation is the same, but DOWNTIME WILL COST MONEY!  Consider all of the options available for computer enclosures. Weigh possibilities that include versatility, dependability, and overall value for your capital equipment dollars. The upfront cost of implementing a high quality industrial pc enclosure may be substantial, but the old adage applies. “You get what you pay for.” Low quality solutions which are purchased based on price alone rarely offer any real protection at all. Once the correct enclosure is chosen, your company will have peace of mind knowing the investment will work in an unforgiving environment and during mission critical situations.

HAVE QUESTIONS?  LET US KNOW HOW WE CAN BEST ASSIST YOU! CONTACT AN ‘ITSENCLOSURES EXPERT’ AT 1-800-423-9911 -or- SEND US AN EMAIL:  INFO@ITSENCLOSURES.COM

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HOW DID THEY FIND ITSENCLOSURES:
After performing an extensive online search for free-standing all-in-one pc/printer enclosures, Overhead Door, in Lewistown, PA, found ITSENCLOSURES and reached out for NEMA 12 enclosure options and ballpark pricing on a few different stand-up units. During this time, they were also looking at other enclosure companies to compare quality and price.

PROJECT:
Overhead Door was interested in installing PCs and network printers in all of the company’s departments across the plant. Due to the amount of dirt, dust, and oil floating around, they desired to protect the overall set-up of each workstation. Overhead Door would be installing 24″ displays, small form computers and barcode printers measuring 15″H x 10.5″W x 19″D. The printer labels exited out of the front of the printer. In general, the goal was to fit everything into one enclosure that could be moved in the future, if necessary.

CHALLENGES:
The Overhead Door facility in Lewistown, PA required heavy-duty industrial computer enclosures to protect against dust, dirt, and oil. Overhead Door desired a solution which included a NEMA 12 rating, enough space to house a wide screen monitor, keyboard, computer and barcode printer. Overhead Door’s main challenge was finding a quality product, at a competitive price, which would endure for many years within a manufacturing environment.

SOLUTION:
After review of the situation, ITSENCLOSURES recommended the IceStation Titan freestanding computer enclosure, which is built out of 14-gauge steel. The NEMA 12 TITAN accommodates a 24″ monitor with space behind the monitor for a computer, has an integrated keyboard drawer with a sloped work surface and space underneath the keyboard drawer for a Zebra barcode printer. ITSENCLOSURES suggested the addition of sliding shelf brackets to make it easier/quicker to change out the labels/media on the printer and a hinged printer door (installed on the bottom front door) with a clasp to make it easier to retrieve labels. A filtered fan system was also added to the IceStation TITAN for proper airflow and to keep particulate matter out of the cabinet. Overhead Door also ordered a 10-foot power cord and a 6-outlet surge protector for each cabinet.

SUMMARY OF PROJECT:
Overhead Door deployed 25 IceStation Titan (15 Blue & 10 Black) enclosures. ITSENCLOSURES ramped up production to meet Overhead Door’s schedule and delivered the enclosures on-time for the desired installation week. Alex Demastrie, Overhead Door Maintenance Engineer, was happy with the TITAN enclosures and with the push to have the cabinets delivered in a timely manner, “We were all very impressed with the enclosures. They arrived without a single scratch or ding and have been instrumental in keeping our equipment safe. Thanks again for working with us to meet our schedule.” Overhead Door is pleased with the performance of the IceStation TITANS and an additional location has requested a quote to outfit their facility.

HAVE QUESTIONS?
Let us know how we can best assist you! Contact an ‘ITSENCLOSURES expert’ at 1-800-423-9911 -OR- send us an email: info@itsenclosures.com

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