Fiber Optic Microfiber Foam Swabs
If you are looking for fiber optic swabs that can be used for cleaning or dissipating static electricity, MiraSWABS(r) are an ideal choice. These swabs are disposable, sterile sampling swabs that resist degradation from abrasion and aggressive solvents. They are compatible with IPA, Toluene, and Acetone.
Cleaning contamination from 2.5mm fiber adapters and connectors
One of the most common causes of fiber related test failures is contamination. Connectors should always be inspected and cleaned before mating. Using specialized cleaning fluids designed for connectivity can help remove static and residue.
There are two main methods of microfiber foam swabs. Wet cleaning and dry cleaning. The wet method works by applying a solvent. Dry cleaning works by removing airborne contaminants. This is a less effective method and produces inferior results.
If you plan to use wet cleaning, use an appropriate tool for your connector type. Using a solvent that is not suitable for your connector can cause damage to the fiber and other equipment.
If you do decide to use a wet cleaning method, ensure that you use a cleaning product that is 99% pure. This will help to avoid the buildup of alcohol and other particles on the connector end face.
When using a cleaning swab, hold the tip parallel to the pins of the connector. Apply a medium pressure while rotating the swab. After each use, discard the swab.
A fiberscope is an excellent inspection tool. It allows you to view the endface of the connector and see where contamination is located.
There are also other inspection tools available for MPO/MTP connectors. You can use a Fiberwash pen to clean the fabric tip of the CCT. These cleaning wipes are lint-free and can be used in printers, optical instrument camera lenses and in OTDR ferrules.
A clean connector will have an improved transmission signal. However, the cleanliness of a fiber optic connection is not guaranteed, even in a clean facility. Cleaning is important to prevent contaminant migration from one port to the next.
Dissipating static electricity
Static is a major threat to fiber optic networks. It causes signal loss by changing the index of refraction of light. In addition, it attracts dust, which obstructs the optical path. The most effective way to dissipate static is with the help of ESD safe foam swabs.
These swabs are designed to remove static from sensitive electronic components. The swabs are made from high-quality open-cell foam that is non-abrasive and soft. They are great for cleaning piezoelectric print nozzles and water-based print heads. They are also suitable for a wide range of solvent print heads.
ESD swabs are often blue for easy identification. Some swabs can be used with cleanroom gloves. However, it is necessary to wear wrist grounding straps to prevent static from affecting the operator’s hand.
Swabs are available in a variety of materials, including polyester, cotton, and foam. Polyester swabs are an excellent choice, especially if you are looking for a non-abrasive swab that can handle lubricants, adhesives, and coatings. During manufacturing processes, cotton swabs have been known to shed, so it’s wise to choose a tip that can be formulated to withstand Electro-Wash PX or CZ solvent cleaners.
The CleanClicker push-to-clean tool is ideal for ESD compliance. It’s standard at 1.25 mm and provides static dissipative properties.
These swabs are ideal for cleaning lubricants, solder paste, and solder flux. Ideally suited for circuit boards, they feature carbon conductive yarns that reduce the buildup of static charges while wiping.
These swabs can be found at Harmony Lab & Safety Supplies. Teknipure, Coventry, and 1900 Series swabs are manufactured in ISO 13485 certified cleanrooms. For more information, visit us online.
Optical-grade cleaning fluid is recommended for the best cleaning of fiber-optic endfaces. Make sure the cleaning fluid is ultra-pure and residue-free.
Compatible with IPA, Toluene, Acetone
Fiber optic microfiber foam swabs are an economical alternative to wrapped swabs. They are designed to conform to a wide variety of connector shapes, and don’t contain glue. This makes them the perfect choice for transmission disrupting contaminants in bulkhead connectors.
Fiber optic swabs can be made from polyester or foam. Polyester is very durable and has a good abrasion resistance. It can also be formulated for chemical and heat resistance, while foam is strong enough to withstand aggressive scrubbing.
Foam swabs are suitable for a range of cleaning applications. While they are not recommended for use on bare fiber, they can be used to clean equipment. You can buy them in a spray bottle or a pre-moistened wipe. The latter is convenient for field use.
Polyester swabs have a pillow-top design and are abrasion resistant. This feature enables them to remove even tough stains. These swabs have excellent heat resistance, are impermeable to gases, and are almost inert.
If you are using a solvent-based cleaner, you must choose a swab that is compatible with the cleaning agent. For example, a polyurethane tip may degrade in certain solvents.
Another popular type of swab is cotton. Cotton swabs are made from 99% cellulose. They are very absorbent and low in ion content, making them perfect for cleaning keyboards, printer heads, piezoelectric photo machine print nozzles, and keyboards.
Foam fiber optic swabs can be found with a variety of tips. Many have cotton cores to increase their absorbency. Others have tapered porous polyvinylidene fluoride tips that are effective for picking tight tolerances.
When deciding on which swab is best for your needs, you need to consider handle compatibility and tip shape and size. This will help you select the right swab for your application.
MiraSWABS(r) resist degradation from abrasion and aggressive solvents
The newest and latest fad in my bag of swag is microfiber cleaning pads. I have to say it is a pleasant surprise. Microfiber cleaning pads are well made, low cost and a hoot to use. One could argue that it is a better alternative to bare hands in the workplace. Moreover, Microfiber cleaning pads can be used without fear of leaving a mess behind. Having said that, I still have to ask, where can one purchase Microfiber cleaning pads from? Luckily, there are several manufacturers of Microfiber cleaning pads to choose from. For instance, one can check out MiraSWABS(r) for all your Microfiber cleaning needs. Whether you need Microfiber cleaning pads for your PCs or for your Windows, MiraSWABS(r) will get the job done for you.
Disposable sterile sampling swabs
Disposable sterile fiber optic microfiber foam swabs are a cost effective option for cleaning contaminant particles from fiber optic connectors. A wide range of foam swabs are available with different tips, handle sizes, and applicator types.
The swab head is constructed with a double layer of microfiber fabric. This provides cushioning for easier wiping. It also enhances conformability to the work surface.
The swabs can be used wet or dry. Unlike standard cloths, foam swabs are ideal for precision jobs. They are designed to hold up against various solvents and can withstand aggressive scrubbing.
In addition, swabs can be made of different types of polymers. These include polyurethane, polyester, and laundered polyester. Each can be tailored to meet a variety of needs.
Polyester swabs are made of thermoplastic polymers and have good abrasion resistance. They are highly absorbent and have low ion content. Additionally, they are resistant to both heat and solvents.
Polyurethane swabs are a combination of alternating copolymers. These polymers have strong tensile strength and abrasion resistance. However, they can degrade in certain solvents.
Microfiber swabs are also manufactured from polyurethane. Although microfiber is less absorbent than polyester, it has a low particle count and is safe for use with solvent print heads. Therefore, they are ideal for cleaning piezoelectric photo machine print nozzles.
Foam swabs are also a great choice. These swabs feature thermal bonding and are ideal for cleanroom applications. Because they are made of an open cell structure, they are less likely to clump.
Fiber optic swabs are also a good choice for cleaning the corners of conductor bulkheads inside a bulkhead pocket. They are inexpensive and can be purchased in smaller pack sizes to reduce the risk of contamination.
