Friday, December 7, 2012

Cleaning Metal Safely At Home

If you look around your home, chances are, you can probably name at least two or three types of metal sitting around. Whether it is your mom’s gold jewelry, your typical frying pan, the stainless steel refrigerator, or the box of aluminum foil sitting inside your kitchen cabinets, you can expect to find several different types of metals lying around your home. With frequent use, however, one can expect wear and tear to occur. Fear not—there are ways to clean those metal surfaces to make them revert back their original shine. Metal cleaning can be done so safely in your home using typical household products to brighten up the dull surfaces. 

One of the most abundant metals that can be found is aluminum. Aluminum is used to make machinery, appliances, pots, pans, gutters—you name it. Another popular metal is stainless steel. Contrary to the name, stainless steel can actually be stained. Thus, good handling and proper cleaning need to be instilled to ensure this type of surface remains stainless. Copper tarnishes quicker than some metals although the dullness is not harmful. Silver is another metal that is often used in jewelry and on the tables. This type of metal does not tarnish when worn around the neck often, but will when it sits around for long periods of time.

If you happen to be the owner of several different metals that had gradually darkened and became less shiny with time, there are several different ways to safely clean those surfaces. A lot of the products used to clean these metal surfaces are stuff you can find around your home. Cleaning metal surfaces can be achieved by using a variety of household products like baking soda, dishwashing soap, and water. However, there are some metal surfaces that cannot be cleaned around your home such as precision and medical parts. Precision parts cleaning and such should be left to professional metal cleaning services to ensure strict adhering to detail and high quality standards.

Whether you want to clean your kitchen appliances or polish up some copper pennies for fun, cleaning the metals around your home can make those metal surfaces shine like new. Although the dullness of some metals is not harmful, it does not hurt to have clean metal to look at. While some metals can be cleaned safely right in your own home, some are professionally cleaned. Professional metal cleaning services usually follow a strict standard of attention to detail since many precision and medical parts are used in life and death situations. However, for the normal copper pot or gold necklace lying around your home, the use of baking soda, water, dishwashing soap and other household products will suffice.

Please visit http://www.astropak.com/precision-cleaning-clean-room.php for more information on this subject.



Friday, November 2, 2012

Caring for Stainless Steel Cookware

Take a look around your home and inside your kitchen. It is not uncommon to find a stainless steel refrigerator or stainless steel cookware. Stainless steel does not readily corrode or rust like ordinary steel. Therefore, stainless steel products are highly attractive to consumers who do not want to deal with products that are easily prone to rust and corrosion. It is also worth mentioning that stainless steel cookware is not the holy grail of all cookware products since it is not completely stain-proof. Thus, proper caring and maintenance of stainless steel cookware items needs to be adhered. To understand how to care for stainless steel cookware, one must first familiarize themselves with the product prior to it being sold in retail stores.

Stainless steel products have a passivation layer that protects the stainless steel from corrosion and rust. This chromium oxide film allows the stainless steel to prevent further surface corrosion. You can only passivate the stainless steel when oxygen is present and the level of chromium is high. Other benefits of stainless steel passivation include reduction of corrosion vulnerability, reduction of product contamination potential, and decrease in equipment downtime.To know more details about passivate please visit: http://www.astropak.com/

To clean your stainless steel cookware, be sure to wash the cookware first with soap and hot water with a soft cloth prior to cooking. To clean, allow the cookware to cool off first before submerging it in cold water. Be sure to clean the cookware thoroughly after each use and dry with a soft towel. To avoid any potential damage to your stainless steel cookware, allow your food to cook or come to a boil before adding salt. The reason is because salt can destroy the protective passivation layer of your stainless steel cookware causing stains to appear.

Proper caring for your stainless steel cookware involves following certain rules so that the product lasts a lifetime. It is essential to know that one must never use abrasive cleaners on stainless steel products. Scratching and other damages to the finishing surface can occur to your cookware when using steel wool and brushes. In addition, one must never overheat the stainless steel product or else discoloration on the cookware will become apparent. Keeping these tips in mind will allow you to extend the life of your stainless steel cookware.

Before one can understand how to care for their stainless steel cookware, they must recognize the protective passivation layer on their stainless steel product. This layer is applied to reduce corrosion vulnerability on stainless steel surfaces. Adhering to appropriate cleaning and caring measures can enhance and increase the life of your stainless steel cookware. Contact a company who specializes in passivation or even electro polish to learn more about the passivation process for stainless steel products.
To find more details about electropolish please visit:


Saturday, October 6, 2012

Passivation – Protection You Need

The modern world is filled with many marvels, and within the medical and scientific fields there are numerous different areas of study, all working to improve the quality of our lives. While they'll all differ somewhat in terms of their processes and their goals, most have some things in common. Among them, the use of equipment and materials that are made from stainless steel and other metals is one of the common threads. These tools, surfaces, and equipment all need to be kept in top condition in terms of cleanliness, smoothness, and chemical non-reactivity. In order to do that, special steps usually must be taken.

Basically, the act of making a stainless steel surface passive in terms of its reactivity to chemicals is known as passivation. By treating the steel through a multi-step process the steel will essentially be neutral during any experiments or tests it is used for. This is vital when a totally neutral surface is needed – surfaces that react with a compound could alter results negatively and render all data gleaned from a study invalid. The process must be completed on totally clean, descaled surfaces and is fairly simple for experienced professionals to complete. It's commonly performed on a daily basis, and is one of the backbones of the research community.
If you want to know more about passivation please visit: http://www.astropak.com/ultra-pass-passivation.php

It's important to understand the difference between this process and the act of electropolishing. In some instances the two are identical, but in other cases the polishing won't necessarily remove the reactivity of the surface. In these instances a different process is used and the results are basically the removal of scale, removal of corrosion, and prevention of corrosion. It can also render a surface much smoother and more suitable for different tasks. When used as part of a multi-step process it can passivate surfaces and prepare them for experiments.

Basically, these processes are required for any facility that utilizes stainless steel or other materials, particularly those that require perfectly smooth, totally nonreactive surfaces. It's not something you can just go rent a machine for, either. You'll have to actually hire a professional to handle the process for you and make sure that you get the best results. Their expertise and their professional tools will ensure that all of your surfaces are in top shape and are ready to go whenever you need them. Routine maintenance involving these two procedures is absolutely vital for most facilities, and easier to find than you may think.

For more details about electropolishing please clickhere:

Sunday, September 23, 2012

Passivation – Maintenance You Need


When it comes to today's labs, industrial facilities, and other installations, maintenance and cleanliness are vital. It's important to take the time to maintain all of the various products within a lab, medical, or industrial setting but due to the nature of the materials and the nature of the work there may be special steps needed. Chemical reactions are often used to guard against corrosion, help clean various products, and generally protect all equipment so that it maintains the highest level of functionality. If you're involved in the management of any type of facility that uses stainless steel, nickel, and other metallic surfaces and tools then you'll need to look into these processes.

Go for more information about Passivation http://www.astropak.com/ultra-pass-passivation.php

Passivation is one of the more common processes that are used today, especially by medical facilities, labs, and other research intensive fields. The different tools, machines, and materials involved in this field will be made from stainless steel in most cases, and the chemical process that is used to clean them will not only ensure that they are in the best level of hygiene but also that no corrosion occurs. It's important that this takes place because not only can corrosion cause serious issues and ruin results of tests, but it can also impact the longevity of expensive tools.

To electropolishing a material is another type of chemical process that is frequently used. Essentially this is a type of process that involves the use of electrical currents to remove material from metal. It's often implemented to deburr, polish and passivate materials and is necessary to improve the lifespan of most materials, restore them to their former states, and keep them clean. When material buildup, tarnish, and other issues arise it's the best way to remove the problems and ensure that the material in question remains in its prime condition.

 Simply put, the materials used in these industries and the different machines and tools are expensive and need to be treated as such. It's vital that you understand the different ways to monitor them and that you take the time to use them when needed. It's a simple process to understand but one that is far too vital to ignore. Plenty of experts can provide the services to you and keep the products, tools, and machines you use on a daily basis in great shape. Most companies schedule routine visits to ensure that everything remains in the best possible shape and that it lasts for decades.

Go for more information about electropolishing http://www.astropak.com/electropolishing.php 

Thursday, September 13, 2012

Passivation of stainless steel - Cleaning Up

Passivation of stainless steel
Astro Pak Corp.’s first customers, and for decades its biggest, were the Southern California aerospace companies building the rockets and command modules that shot astronauts to the moon.
But a more recent customer had more terrestrial rides in mind: Astro Pak has worked on several attractions at Disneyland, including the Indiana Jones ride, Ariel’s Undersea Adventure, and the recently opened Cars Land at Disney’s California Adventure.
Founded in Downey in 1959, Astro Pak specializes in passivation and precision clearing of sensitive and high-tech parts, from the satellite components to nuts and bolts used in jet engines. It still handles parts for aerospace companies at its Downey clean room, but most of the company’s work is now in other industries, from electronics to pharmaceuticals, and yes, even amusement parks.
That broad range of offerings has helped Astro Pak do what many Southern California aerospace contractors have failed to do over the past few decades: stay in business and grow.
In fact, the company this year opened an expanded clean room in Downey and a new clean room in Chesapeake, Va., to meet growing demand for its precision cleaning services. In fact, despite booms and busts, the company said it now has about five times the revenue and four times the workers it employed before the fall of the Soviet Union.
Precision cleaning  http://www.astropak.com/precision-cleaning-clean-room.php
“If we hadn’t diversified, we have gone out of business at the end of Apollo and again at the end of the Cold War. You have to have enough diversity to balance the ebbs and flows,” said Ken Verheyen, Astro Pak owner and president.
Today, aerospace customers represent only about 10 percent of Astro Pak’s business –about the same percentage of as water and wastewater treatment customers. Most of the company’s business is in the pharmaceutical and biotech industries.
By contrast, many small aerospace firms that were never able to expand their offerings were closed, acquired or downsized, laying off thousands of employees. Los Angeles County had 189,000 aerospace workers in 1990, a number that gradually shrank by nearly 70 percent to 59,700 by 2010, according to the Los Angeles County Economic Development Corp.
Race from space
Such losses are likely to continue, if not accelerate, as the Department of Defense cuts billions from its budget. Those cuts will be especially hard on small companies with narrow offerings, said Kimberly Ritter-Martinez, an associate economist with the LAEDC.
“As the aerospace industry has gone through ups and down, smaller suppliers and contractors have been a lot more sensitive to Pentagon budget cuts,” Ritter-Martinez said. “Unlike Northrop and Boeing, they don’t have a broad mix of products. They’ve had more trouble diversifying.”
When it was founded in Downey in 1959, Astro Pak worked exclusively on projects related to the U.S. space program. Parts going into the lunar lander, the Apollo command capsule and other space-bound equipment had to be free of oils and particles that could cause delicate equipment to break down.
Passivation That meant cleaning parts at Astro Pak’s Downey clean room and dispatching workers to launch sites to clean fuel lines. But as the Apollo program started to wind down in the 1970s, Astro Pak founded itself looking for more work. The company found it with Navy contracts, cleaning parts for deep-diving and salvage equipment. This was big business –until the early ‘90s.
“At the end of the Cold War, the Navy’s diving capability was substantially reduced. That was almost like a light switch of revenue that turned off,” Verheyen said.
Today, the company still does aerospace and defense work, such as cleaning parts of a new rocket engine being developed by Canoga Park’s Pratt & Whitney Rocketdyne, but it has put its precision-cleaning know-how and its clean-room facility to good use in growing high-tech industries.
It first breakthrough was in the biotech and pharmaceutical industries. Verheyen said it was difficult for the company, unknown outside of the aerospace sector, to attract customers. So rather than sell customers on the company’s aerospace heritage and capabilities, Verheyen created an internal team to figure out what biotech and pharmaceutical customers needed and to build a fresh marketing approach.
“Customers are dying to have people really focus on and understand the requirements of what they need,” he said. “Oftentimes, companies come in and slightly adapt what they’re doing somewhere else and miss the true need of the industry.”
LAEDC’s Ritter-Martinez said Astro-Pak’s much broader portfolio is a rarity among firms formerly dependent on aerospace, but she also noted that it has likely been easier for Astro Pak, a service provider, to reach into new markets than it would be for other companies, especially manufactures.
While Astro Pak once specialized in aerospace work, its cleaning procedures could be adapted relatively easily to other products and industries without investing much new capital or hiring new talent. That’s a more difficult transition for companies that make specific widgets that go into a satellite or a jet.
“A small supplier might have just one or a handful of products,” Ritter-Martinez said. “If you’re a manufacturer and all your machinery is geared toward making a product for Boeing, you’re kind of locked in with one large customer.”
Even for companies that make products that can be used in other industries, it’s still difficult for small firms to find customers outside of the largely insular aerospace sector, said Erin Dyer, quality control manager for Glendale parts maker Accurate Dial & Nameplate Inc.
The company, which makes serial number badges and faceplates for machinery, sells mostly to aerospace manufacturers and wants to grow into the rail car and wind turbine markets. But it has no marketing department or outside sale force to reach out to those customers.
“We’ve built our business on referral and our good reputation,” Dyer said. “We only have 21 employees. The hardest part is taking time from your daily duties to create marketing materials so you can introduce your company to new customers.”
Big portfolio
Nevertheless, Astro Pak’s diversification didn’t stop with biotech and pharmaceuticals, though those industries now supply about 65 percent of the company’s revenue.
Verheyen said the company is getting more contracts in the food and beverage industry. Astro Pak recently started working on a cleaning project for Modesto’s E&J Gallo Winery.
The company also has occasional work in other industries. It was recently contracted to clean ore-processing systems at a gold mine in the Dominican Republic and does occasional work for Disneyland, where it flushes hydraulic lines that control several rides and attractions.
“Those are high-purity systems. You have to make sure they’re extremely clean,” said Jerry Knepper, Astro Pak’s vice president of sales. “It could damage the pumps if particles (in the lines) are too big.”
Much of Astro Pak’s work is performed at the customer’s location, where a field team might clean and flush lines that transfer chemicals within a pharmaceutical plant. But its largest employment base remains in Downey, where 50 of its 190 employees work. (Executive offices were moved to Costa Mesa several years ago.)
The company’s most recent business line is in sterilizing hospital rooms and surgical suites. Astro Pak in 2010 created a separate company, SixLog Corp., that uses a kind of aerosolized hydrogen peroxide to kill bacteria and other biological contaminants in rooms and on equipment.
“I can’t remember having a slow year here,” Verheyen said. “Our revenue is up 20 percent this year to date. That’s stinking healthy.”

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Tuesday, August 14, 2012

Electropolishing vs. Passivation

What is electropolishing and how is it different from passivation? Electropolishing is an electrolytic process that expels contaminants from metal parts for cleanliness while preventing particles from adhering. Electropolishing, a non-mechanical process, is ideal in metal finishing because it can be used on objects with complex shapes. Passivation is a non-electrolytic process that removes iron from stainless steel surfaces to prevent rust and corrosion. As a non-electrolytic process, passivation does not require the usage of an electrical current. Solutions like citric and nitric acids are used instead to create a film and remove free iron and foreign matter from metal surfaces. Electropolishing and passivation are two different approaches in eliminating and preventing rust and corrosion on metal surfaces.
Go For More About Electropolishing http://www.astropak.com/electropolishing.php
Electropolishing involves the process of using electrochemical finishing techniques to obtain a corrosion-resistant finish for metals and alloys. Essentially, electropolishing is a technique where a combination of chemicals and an electrical current is utilized to carefully eliminate imperfections and contaminants of metal part surfaces. This particular process is an alternative to abrasive fine polishing. Your washing machine’s stainless steel drum or surgical steel devices are examples of electropolished surfaces. Electropolishing can be used to polish, deburr, and passivate metal components. Many benefits can be observed with electropolishing including: outstanding finished appearance, corrosion-proof surface, surface smoothness, reduced maintenance costs, and enhanced cleanability.
PassivationPassivation, on the other hand, is a chemical process applied to stainless steel surfaces. During machining, stainless steel may cause imperfections from iron being embedded or smeared onto the surface. Since iron corrodes, the stainless steel surface, if left untouched, will cause rust spots to appear. A corrosive reaction can occur between the two different metals but the condition can be negated with passivation. Passivation allows stainless steel surfaces to be more passive and resistant to corrosion. To make the stainless steel area more passive, a “film” is created so that surface loses chemical reactivity. When exposed to air, the stainless steel undergoing passivation will form a chemically inactive surface. Many benefits can be observed through passivation like sanitary and safety. Passivation is a highly desired process because it produces a low corrosion rate in stainless steels.
Using a combination of electropolishing and passivation will allow metals to obtain the ultimate corrosion-resistant and shiny surface. Not only does electropolishing for metals and alloys produce a surface finishing resistant to corrosion, enhanced durability, improved performance, and a smoother and aesthetically pleasing surface can gained from this electrolytic process. Passivation, on the other hand, is not an effective method for removing surfaces that has been welded or heat treated. In other words, passivation does not change or brighten the metal’s appearance—it will only give surfaces a clean finish. Electropolishing would be the more appropriate approach when aesthetics are necessary.
Go for more information about Passivation http://www.astropak.com/ultra-pass-passivation.php

Tuesday, July 10, 2012

Protecting Metal with Electro Polishing

When processing steel parts or machinery, it's important to protect them from corrosion. This can be done with the process of passivation. This involves making a surface more passive, through a variety of different possibilities. For example, this could be achieved by creating a surface film that causes the surface to lose its ability to have chemical reactions. One of the methods that can lead to a passive surface is electropolishing. These types of processes are performed when the metal is subject to iron particles, metal chips, oxide scale, or other forms of deposits which could impact the stability of the metal's surface. Other negative effects these could have include contaminating the process fluid or ruining the sanitary condition of the metal. 
Electropolishing Details: http://www.astropak.com/electropolishing.php
passivationTherefore, when you are preparing any metals to be used in manufacturing, passivation is necessary for sanitary and safety reasons. However, there are several different processes that can be used to make steel more passive. The end result of these processes must lead to the metal forming a chemically inactive surface. Electro polishing is an electrochemical process, which results in the most passive surface out of all the different processes out there. It is also known as electrolytic polishing, and it helps remove materials from any metallic work pieces.
If you are in need of a potent form of passivation, you might want to look into electro polishing as a result. Usually in this process, the metal work piece is first immersed in an electrolyte bath, which is then connected to a positive power suppl. At the same time, the negative terminal is attached to a cathode. An electrical current passes through this electro bath, which helps oxidize and dissolve the surface of the metal work piece. The electrolyte bath that is used can be composed of a variety of ingredients, typically sulfuric and phosphoric acid.
You can also use many other forms of passivation to achieve a smooth, clean metal surface that will be free from corrosion, but electro polishing is useful because of its numerous applications. It's a fairly simple process that can be applied to many different types of shapes and sizes of metal. It is typically used for vacuum components, microscopy, and stainless steel surgical devices, among other types of professional work pieces. To find the right process for your needs, it's best to compare the different options out there and ask questions before you choose the most efficient method of passivation. 
 Go for more information about passivation http://www.astropak.com/ultra-pass-passivation.php

Wednesday, June 20, 2012

What is Electropolishing?

On-Site and Shop Electropolishing
In addition to Astro Pak’s heritage in offering Passivation, Derouging and High-Purity & Precision Cleaning services for critical water and product systems – Astro Pak offers Electropolishing. Electropolishing
Astro Pak’s Electropolishing service provides optimal Ra (Roughness Average) finishes to your equipment, vessels, tanks and systems. The result is a microscopically flat, smooth and featureless surface which helps to enhance cleanability and appearance of stainless steel components, hardware and parts. Expert Polishing technicians will prepare the surface area for our Electropolishing process. The result is that we will meet or exceed the original specified finish, and match or eliminate existing grain.
The ability to Electropolish on-site enables us to repair, maintain or upgrade the required surface finish on the interior of production vessels and their associated equipment with minimal downtime. Our mobilization resources make immediate response possible to ensure timely remediation of vessels large or small, which may have been compromised by chemical attack or mechanical impact.
Let our experts resolve your surface treatment needs. As leaders in numerous market segments that require High Purity and Critical Precision Cleaning, several of our employees sit on committees and boards in such organizations as ISPE, ASME/BPE and others.
What is Electropolishing is a reverse plating process. Parts are fixtured onto a special rack or basket and then lowered into a specifically blended chemical bath. Electrical current is then applied to the part. Instead of adding to the surface imperfections such as impurities, burrs and other defects to be removed. The electropolishing process is monitored and refined to remove metal uniformly to customer specifications allowing great benefits on ultracleaning, microfinishing, and corrosion protection. Electropolishing processes
Astro Pak Advantage
· cGMP Documentation Package
· State-of-the-Art Polishing Equipment
· Custom Tooling
· Pick-up & Delivery
· Cleaning, De-rouging and Passivation Services
· Spot Polishing to Repair Welds, Alterations or other Damage
· Certified Confined Space Entry Technicians
Go For More Details About Electropolishing http://www.astropak.com/electropolish.php

Wednesday, May 23, 2012

Passivation for Protection, Nitric Acid Passivation for Strength

Corrosion is all around us; it can cause metal to rust, can lead to batteries leaking fluid, and can cause untold damage to vehicles, bridges or other structures. Passivation is the coating of a surface to prevent corrosion, and is used frequently in electronics. Some types of substances are naturally passive to corrosion, including aluminum, steel and nickel. Nitric acid passivation is a great way to use a common and useful chemical for a greater purpose. However, great care must be taken when using nitric acid, as this chemical can be extremely dangerous. It is not recommended that you use this at home.
Those that are interested in passivation, but also need to find ways to clean their metals often turn to nitric acid passivation techniques, as it will not remove the underlying strength of the metal itself, and nitric acid is a powerful cleaner. Nitric acid is used to test gold, can protect stainless steel from types of corrosion, and is very effective in passivation. However, there are many federal and state safety requirements that must be met when working with this chemical, as it can be toxic in the wrong conditions. Oxidizing the surface of metal requires a great deal of skill.
PassivationIn the search for the perfect Passivation technique that reduces corrosion without harming the metal; many companies turn to nitric acid passivation, as nitric acid is readily available. The corrosion of stainless steel has cost many industries millions of dollars, and passivation is a useful technique that can reduce the amount of waste caused by corrosion, and improve the strength of metal. Those in the metal industries rely upon ever-improving passivation methods, and have weighed the benefits of using nitric acid as opposed to other methods such as citric acid. Depending upon the ph levels of the metals, results may vary.
When it comes to cleaning the metal and using passivation, there are many sources that can help provide information. The EPA has done a great deal of research regarding the effectiveness of nitric acid passivation, and there are websites that can provide statistics and techniques. Engineers are able to use nitric acid for passivation techniques, and there are many engineer websites that publish their views on these methods. New products for passivation come out on the market all the time, so do your research and visit with the experts to find everything you ever wanted to know about this area of metallurgy. 
 For Further Information About Nitric acid passivation Know Here:

Thursday, April 26, 2012

Passivation and Medical Device Cleaning

Passivation,Passivation of stainless steel
Ultra Pass® passivation – Is to produce high surface chromium levels creating the best corrosion resistant passive surface. In physical chemistry and engineering, passivation is the material getting passive without being affected by environmental factors such as air or water. It is a technique that uses a light coat of material like metal oxide for creating a shell against corrosion. It helps to strengthen and preserve the appearance of metallic’s. Passivation is such a procedure that occurs in certain conditions and used in microelectronics for enhancing silicon. The procedure is done on materials like silicon, aluminum, stainless steel and nickel to make them more passive and resistant to corrosion.PASSIVATION.COM
Passivation is usually done by creating a surface film that causes the surface to lose its chemical reactivity. This causes the metal to corrode at much lower rate than its usual rate. In case of stainless steel, passivation occurs when free iron, oxide scale, rust, iron particles, metal chips and other non-volatile deposits start affecting the stability of the surface, the operation of a part, component or system contaminating the process fluid.
In the passivation of silicon, aluminum, stainless steel and nickel, the materials may spontaneously form a chemically inactive surface when exposed to air or other environments containing oxygen. Most often, passivation removes iron compounds from the surface of the material using a chemical dissolution that may contain citric acid solution.
The field of medical science uses various medical devices that are crucial to diagnose, monitor or treat different conditions. The devices follow rigorous safety standards and ensure the safety of the patients. Usually, the medical devices used may be categorized as
· Diagnostic. These are used to identify the disease and include ultrasound, MRI, X-ray, PET and CT scanners.
· Therapeutic. These help the patients during and after the surgery and include lasers, infusion pump and LASIK devices.
· Life support. These help a patient to maintain their body functions and include cardiovascular devices, ventilators, dialysis devices, ECMO and anesthetics.
· Monitors. These include EEG, ECG, etc. that help the surgeons to evaluate the state of the patient by keeping account of their blood pressure and pulses.
· Medical laboratory. These devices are used to analyze urine, blood and genes.
It is important to carry out medical device cleaning so that the devices provide long-term service and do not spread infection. Devices that are to be reused should be disinfected by cleaning them with a disinfectant solution. This helps to remove the smallest of the contaminant quantities. In case, of larger medical devices, one may take the services of service centers who specialize in such procedures.

medical device cleaning  Go Here: http://www.astropak.com/medical-device.php

Monday, March 26, 2012

Pickling and Passivation -- Sterilize Your Tools

Passivation,Passivation of stainless steel
When you're working in the medical field, cleanliness is not just next to godliness; it's everything. Back before sterilization became a normal part of practicing medicine, more people died of infection from treatment than from their original injuries or diseases. These days, sterilization is pretty commonplace, and almost reflexive. Passivation is a part of the process that helps with medical device cleaning. This is a process that forms a protective coating over metal in order to strengthen it and to improve its appearance and give it a smoother surface, giving bacteria less places to hide. It can prevent infection and promote sterility.
The most common pickling and passivation technique is to use metal oxides to form a protective layer over the metal instrument in order to protect it from corrosion, to strengthen it against damage, and to make it easier to sterilize. This is an important step in medical device cleaning, to make sure that the instruments being used are effectively disinfected every time you clean them, so that they next patient that they're used on is not exposed to the germs and other contaminants that the previous patient was dealing with. Sterility is very important in the control and prevention of disease.Go For More About pickling and passivation Visit Here: http://www.astropak.com/pickling-and-passivation.php
Passivation is not only important for the health of the patients, but also for the health of the physicians and medical personnel such as nurses and medical assistants. These are the people who are handling these tools all day, who have to perform the actual medical device cleaning. These are the people who are exposed to the most contaminants because they're dealing with multiple patients throughout the day. If you want to protect your own health, then you should be thankful that these procedures exist. They exist to protect you from infection, as well as to protect the patients that these tools are being used on.
Most laymen don't know much about passivation, but that doesn't mean that they don't benefit from it. It's good that such a technique exists to prevent the spread of disease, and not everyone has to know what it is in order for it to be effective. But if you have to do any medical device cleaning, you should be thankful for it, and for the protection it affords to you. And it also makes it a lot easier for you to keep your tools and devices clean and germ-free to prevent the spread of disease.
 Go For More Details About Passivation Login Here:

Monday, February 13, 2012

Passivation –Sterilize Your Tools

Passivation
When you are working in the medical field, cleanliness is not just next to godliness; it's everything. Back before sterilization became a normal part of practicing medicine, more people died of infection from treatment than from their original injuries or diseases. These days sterilization is pretty commonplace, and almost reflexive. Passivation is a part of the process that helps with medical device cleaning. This is a process that forms a protective coating over metal in order to strengthen it, improve its appearance and give it a smoother surface, which in turn gives bacteria less places to hide. It can, more importantly, prevent infection and promote sterility.
The most common passivation technique is to use metal oxides to form a protective layer over the metal instrument in order to protect it from corrosion, to strengthen it against damage, and to make it easier to sterilize. This is an important step in medical device cleaning to make sure that the instruments being used are effectively disinfected every time you clean them. This ensures that the next patient the instruments used on is not exposed to the germs and other contaminants that the previous patient was carrying. Sterility is extremely important in the control and prevention of disease.
Passivation is not only important for the health of the patients, but also for the health of the physicians and medical personnel such as nurses and medical assistants. These are the people who are handling these tools all day who have to perform the actual medical device cleaning. These are the people who are exposed to the most contaminants because they are dealing with multiple patients throughout the day. If you want to protect your own health, then you should be thankful that these procedures exist. They exist to protect you from infection, as well as to protect the patients that these tools are being used on.
Most laymen don't know much about passivation, but that does not mean that they don't benefit from it. It is good that such a technique exists to prevent the spread of disease, and not everyone has to know what it is in order for it to be effective. But if you have to do any medical device cleaning, you should be thankful for it, and for the protection it affords to you. And it also makes it a lot easier for you to keep your tools and devices clean and germ-free to prevent the spread of disease.Go for more information about medical device cleaning http://www.astropak.com/medical-device.php

Friday, January 20, 2012

Passivation – Proper Equipment Cleaning is Vital to the Medical Community

Passivation
When it comes to medicine one of the most important things that needs to be cared for that is left in the background of the medical profession is making sure that equipment is clean. Passivation is often used for deep cleaning of the metal on medical equipment leaving no chance of an unclean surface being left behind. It is vital that the equipment be germ free and ready for use in the medical facility and this is one way to ensure that this is done. Patients rely on the medical equipment being safe for their use.Go For More About Passivation
Using Passivation for cleaning of medical equipment is an impressive step that the medical community has taken to get the best results possible. Disinfecting the equipment is the only way to ensure that the patients are not being left at risk for infection or disease or the transfer of illness. Without these securities it would be impossible to ensure that each patient was safe from harm and able to undergo procedures that could save their lives. Sending out equipment for this process is costly but is certainly worth the payback.
Regardless of how the medical device cleaning is accomplished it is the facilities job to ensure the each patient is protected from risk and this is something many patients likely take for granted. Hospitals are an excellent example of a location where patients could easily be at risk for thousands of illnesses, disease and infection daily. Hundreds of people move through a hospital every day and not maintaining clean equipment would cause major havoc on the systems set up to help the patients. Not only do patients come in contact with the equipment but hundreds of employees, visitors and other passersby that go through the facility.
While doctor's offices and clinics have a much smaller volume of individuals at risk through the doors in a day it is still essential that the medical device cleaning procedures be set and adhered to on a daily basis. Clinics, in particular, are often faced with an overwhelming number of individuals with health issues that could be easily spread from patient to patient without proper cleaning of the equipment. Making sure that the time is taken to care for the equipment on a regular basis is all that stands between the patients and outbreaks of substantial potential. Taking the time to decide on a procedure and sticking with it is the only way of making it standard and a part of the routine ensuring it is consistently accomplished.
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