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The most commonly used approach to healthcare facility disinfection prevention is spraying and wiping surfaces with bleach mixtures.

Breathable Repositioning Sheets that are disposable
CategoriesInfection Prevention,  Patient Handling,  Slings and Lifts

The Importance of Disposable Repositioning Sheets for Patient Care

by sphmedicaladmin

It is no secret that working as a nurse can be physically demanding and often leads to experiencing injuries while on the job. Preventing these disorders in nursing work environments should be a top priority. One way to reduce the risk of injury for nursing staff is through the implementation of appropriate patient lift systems, specifically disposable repositioning sheets. The disposable repositioning sheet has become increasingly popular in recent years due to their compatibility with any hook and loop patient lift, ability to reduce injury risk, and improve efficiency of patient care and comfort.

Disposable repositioning sheets are made of breathable material and are designed to work in combination with overhead patient or mobile lifts. They are ideal for patients who are unable to get out of bed or move on their own, and are used to help reposition or turn them in a manner that is safe for the patient and the nurse. Choosing the right sheet is important. The sheet should be designed to minimize friction and shear forces between the patient’s skin and the bed or other surface. This helps prevent skin breakdown and reduces the risk of pressure ulcers.Reduce Nursing Injuries when repositioning patients

Disposable sheets are an ideal solution for patient care in a hospital or long-term care facility. They are intended for single use, which makes it easy to reduce cross-contamination in patient rooms. They are also cost-effective, considering the overwhelming workload that nursing care professionals undergo every day. This, combined with the need for better patient comfort and reduced pressure ulcers, makes these sheets an essential addition to any nursing care environment.

One of the primary benefits of using disposable repositioning sheets is that they help to prevent injuries. Nurses and physical therapists who use these sheets report that they have experienced fewer injuries as a result. In fact, the right sheet can even help nurses avoid injuries in the long-term by reducing the physical strain of the job on the body.

Another benefit of using disposable repositioning sheets is that they help streamline the patient care process. Using mechanical assistance to reposition and turn patients makes the tasks easier and more efficient for nurses. This helps nurses to do their jobs better and faster, which in turn can have a positive impact on patient outcomes.

In conclusion, the disposable repositioning sheet has become an essential tool for nursing care professionals. The right sheet can provide the necessary support for patients, reduce the risk of injuries to nurses, and streamline the patient care process. Choosing high-quality sheets is important and is a decision that should be based on careful consideration of the needs of the patient and the nursing environment. By using these sheets, nursing professionals can provide better patient care with fewer risks of injury to themselves. Overall, nurses and physical therapists must continue to adapt to using new and innovative solutions to improve patient outcomes and work conditions.

Disposable Repositioning Sheets prevent back injuries

Contact SPH Medical today to get a quote for single patient use repositioning sheets.

Repositioning Sheet reduces risk of injury to Nurses
CategoriesInfection Prevention,  Patient Handling,  Slings and Lifts

The Importance of Disposable Repositioning Sheets in Reducing Injury Risk for Nurses

by sphmedicaladmin

Patient Lifting and Disposable Repositioning Sheets

Nursing is a demanding profession that often requires the physical lifting and repositioning of patients. Unfortunately, this task can lead to injuries for nurses, many of which can be prevented through the implementation of the appropriate patient lift systems. An increasingly popular solution is the use of disposable repositioning sheets. These sheets can greatly reduce the risk of injury while simultaneously improving the efficiency of patient care and patient comfort. In this blog post, we’ll explore the benefits of using disposable repositioning sheets and how to choose the right one.

One of the significant benefits of using disposable repositioning sheets is the reduction of injury risk for nurses. By utilizing mechanical assistance to reposition and turn patients, nurses can avoid the physical strain that often leads to musculoskeletal disorders. Musculoskeletal disorders are the leading cause of injury for healthcare workers, with approximately $7 billion in workers’ compensation costs incurred each year. By using disposable repositioning sheets, these costs can be minimized while simultaneously improving patient care.

When choosing a disposable repositioning sheet, it’s essential to consider its breathability. Sheets that are not breathable can lead to heat and moisture build up and skin breakdown for patients. The most popular materials for disposable sheets are non-woven, cotton-poly blend, spun-bound material, or combinations of both. SPH Medical offers single patient use sheets that have been tested to ensure they are breathable, comfortable, and offer the necessary durability required for efficient patient repositioning.  In addition they offer a 1000lb weight capacity to ensure all patients can be safety repositioned and turned.

Another important factor to consider when selecting disposable repositioning sheets is its size. Sheets come in a variety of sizes, and selecting the appropriate size is crucial to ensure the patient’s maximum comfort and safety. Sheets that are too small can cause friction and skin irritation, while sheets that are too large can drape too far over the edge of the bed and straps can touch the floor.  SPH Medical offers three sizes of breathable repositioning sheets to fit every need.

Disposable repositioning sheets also offer clinicians the convenience they need. They are easy to stock as a supply item and can be kept on the unit for easy access. Sheets can be disposed of after they are used, eliminating the need for laundering, which can be time-consuming and costly.Reduce risk of Injury to Nurses during repositioning

How many hospital owned specialty items get lost in the dreaded laundry system? Some hospitals report loosing hundreds of thousands of dollars of launderable slings and sheets in the laundry. The challenge has been primarily with outside laundry service providers.  They don’t take responsibility for customer owned goods and charge a significant amount per item to launder them.  The disposable nature of the sheets also prevents cross-contamination between patients and contributes to maintaining a cleaner and safer environment for nurses and patients.

Disposable repositioning sheets are gaining popularity because of their ability to reduce injury risks for healthcare workers while improving patient comfort and care. In this blog post, we’ve discussed the benefits of using disposable repositioning sheets, including their breathability, appropriate sizing, and convenience. Selecting the right sheet for each patient is important, and those who work in the nursing profession should ensure that they have access to these sheets in on the hospital floor where they are needed on a daily basis to provide the best patient care possible, boosting and turning patients.  Nurses are important to the hospital and so is their safety and well being.  Using breathable repositioning sheets is a wise investment for hospitals who care about the safety of their nurses and patients.

Visit the product page to learn more about SPH Medical’s breathable repositioning sheet which has now become the standard of care for many leading hospitals across the country.

Nurses are still getting injured while catching a falling patient. Use the EPD for improved safety during epidurals.
Categoriesair transfer systems,  Infection Prevention,  Patient Handling,  Slings and Lifts

Why Are Nurses Still Getting Injured?

by sphmedicaladmin

Healthcare workers and nurses in hospitals and nursing homes are susceptible to musculoskeletal injuries because for the most part they are still manually repositioning and moving patients. The high frequency of manually lifting moving and transferring patients poses many risks to the nurses. This is now a well known and well documented risk, and yet still a question; why are nurses still getting injured?  The VA Patient Center of Inquiry began researching healthcare worker injuries decades ago and determined that safe and ergonomically designed assistive equipment both improves patient care and minimizes musculoskeletal nursing injury to caregivers.

The SPH Medical Air Transfer and Positioning Mat is the ideal solution for mostSPU Breathable Air Transfer Mattress reduces nurse injuries hospital wide safe patient handling programs to help nurses avoid many of the predictable patient handling tasks.  The Occupational Safety and Health Administration (OSHA) recommends that healthcare workers lift a maximum of 35 pounds. That means no more than 35 pound per person if one or two nurses are helping a patient.  Most patients weigh above 180 pounds and manually lifting them, or attempting to reposition them up in bed, causes overexertion, sprains, strains, and may lead to a career ending back injury.

With the alarming fact that nurses still getting injured in a work environment, SPH Medical decided to do something about it. That’s where SPH Medical Air Transfer and Positioning Mat makes a measurable difference in hospital departments. This tool is integrated into everyday patient care to support the safe handling of patients. It also eliminates the need for manual patient transfers and mitigates the risks of nurses’ injuries. Nurses and healthcare workers can use the SPH Medical Air Transfer and Positioning Mat in the following circumstances:

Repositioning of Patients

Repositioning is the general task of caring for a bed ridden patient by boosting or turning them or any other in bed positioning. The primary purpose of repositioning patients in bed is often to alleviate pressure on their tissues and bony prominences to prevent the development of pressure ulcers. Nurses are required to change the position of a patient after every two hours.

This process is also known as boosting up in bed a patient. Bed-ridden patients who have slid down the bed need boosting up in bed to acquire proper alignment and prevent bed sores.

The activity is high-risk and will cause repositioning injury if the appropriate slings, sheets, and lifts are not used. The awkward healthcare worker’s posture and the patient’s weight may contribute to musculoskeletal injuries. Since the task is performed several times a day, it increases the likelihood of injuries.

The Disposable Air Transfer System provides nurses with a seamless and safe way to move patients. The mattress is inflated by a blower to release air out of the bottom via the multiple small pin holes. This creates a thin layer of air at the bottom of the mattress which minimizes friction. Less lifting and pulling are indispensable, thus posing minimal risks to patients and nurses.

Nurses Still Getting Injured During The Lateral Transfer

Lateral transfer is moving patients from one surface or bed to another. The traditional way of pulling patients using sliding boards or draw sheets is quite dangerous. Many nurses still getting injured when transferring a patient. According to the National Library of Medicine, 97.3% of the nurses lodged a complaint of work-related pain in a research on work-related musculoskeletal pain occurrence.

Air Powered transfer systems are the most preferred tools in lateral transfer. They make a thin air cushion at the inflated mattress’s bottom. This method helps minimize friction and ensure patients stay afloat as they are transferred from one surface to another.

Top Advantages of the Air Transfer Systems

  • Disposable Items: The Transfer Mats are for single-use and are disposable types. Although they are labeled as disposable, you can use them on one patient multiple times until they no longer need them or are soiled. Thus they prevent cross-contamination and hospital-acquired disease transmission.
  • No Need for Laundry: Laundry does not offer 100% bacteria elimination, especially when under substandard conditions. The fabric slings are made of porous materials, and bacteria and pathogens can be trapped in the crannies and nooks. Using such slings on patients makes them vulnerable to infections. But the disposable repositioning sheets and slings don’t require laundry and you can dispose them after use.
  • Offers Better Management of Inventory: The single-use mats and slings are easier to monitor and relatively accessible. Also, health workers don’t have to wait for 3- days for the slings and sheets to be laundered and returned to the hospital. In the long run, they offer ultimate convenience.
  • Designed with the Safety of Nurses and Patients in Mind: Manual handling of patients causes strains, sprains, and low back pain for the nurses. The old-fashioned method also causes friction and tissue damage in patients. But the Air Transfer System reduces the need to lift and pull patients, thus preventing common musculoskeletal disorders. They are also designed with breathable and soft materials that do not irritate the patients.

SPH Medical’s assistive solutions minimize injuries and pain for nurses and patients. There are essential items for nursing facilities and medical centers that assist in preventing nurse injury, repositioning, and boosting up in bed of patients.

Nurses are still getting injured from repositioning but not when using SPH Medicals breathable repositioning sheet.

Oxydiff provides a highly effective no rinse no wipe disinfection of hard surfaces
CategoriesInfection Prevention

Preventing Hospital Acquired Infections

by sphmedicaladmin

Environmental Disinfection To Prevent Hospital Acquired Infections (HAI’s)

Hospital Acquired Infections (HAI’s) are a common cause of death in healthcare facilities and represent a significant cost burden. A recent study found that influenza-associated hospitalization affected 156,097 people in Germany. However, many of these infections could be prevented by proper cleaning and disinfection of the environments in which they occur.  Hospitals are challenged with having sick patients that come in from the community with transmittable diseases that can often put other patients at risk.  In other cases like patients who develop Clostridium Difficile infections while in the hospital can also transmit this very difficult to kill, spore forming bacteria, to nurses, objects, or surfaces where the spores can survive for months.  For this reason a focus on environmental disinfection of patient care areas and surgical suites is absolutely critical.

Top Stubborn Pathogens That Cause Hospital Acquired Infections

Several resistant organisms cause significant problems in healthcare facilities. The CDC has identified the following as the most common multidrug-resistant healthcare-associated pathogens:

  • MRSA
  • Clostridium deficile
  • CRE
  • Pseudomonas aeruginosa
  • Norovirus

What Are The 5 Common Challenges Facing Healthcare Facilities In Environmental Disinfection?

Unfavorable Structural Design

Two central issues facing healthcare facilities are the design of their physical plant and the limitations that these restrictions imposed on the disinfection process. Structurally, healthcare facilities are often built with materials that inhibit disinfection. The most common example is the glazed tile, often used in hospitals to protect against infection. This surface is difficult to disinfect and can also harbor organisms.

Overcrowded Hospital Units

Another challenge facing healthcare facilities is the overcrowding of patients. This increases the number of patients in beds, chairs, and others, leading to further contact with surfaces in the patient’s environment. It also leads to more cross-contamination of surfaces as staff must frequently change linens or clean bedding on these beds.

Poor Toilet Sanitation

Toilets present a significant challenge because of poor sanitation and maintenance. The CDC reports a significant number of inpatient facilities have poorly sanitized toilets. Contamination of these surfaces can be spread between patients and other areas in the facility.

Misuse Of Handwash Sinks

Handwashing stations are in important tool in fighting infections and cross contamination.  However they can also be are a central focus of environmental contamination in healthcare facilities. There can be a significant amount of bacterial contamination that occurs on these sinks. Therefore, cross-contamination is risky between areas without proper cleaning and disinfection.

Hospital Waste Management

Finally, hospital waste management presents particular risks to environmental hygiene. Healthcare facilities dispose of their used items in many ways. The inappropriate handling of these items can lead to toxic pathogens, which may be dangerous to patients.

What Are The CDC Guidelines For Hospital Disinfection?

Infection control in hospitals is critical to preventing organisms from infecting patients. This includes the disinfection of surfaces touched by the hands or clothing of healthcare personnel, patients, or visitors to prevent disease transmission.

There are guidelines developed by the federal government and the CDC which require hospitals to disinfect their patient rooms after each day. The guidelines state that room surfaces, such as floors, walls, and toilets, should be disinfected with a recommended detergent solution every 24 hours. Additionally, healthcare facilities should perform surface disinfection of rooms where patients change linens or bedding frequently.

How Do You Perform Disinfection?

The CDC guidelines recommend that healthcare facilities disinfect their patient rooms using a multi‐component, antimicrobial system to remove bacteria resistant to antibiotics that can cause infection. The recommended EPA approved product for these surfaces is Oxydiff.

Why Use Oxydiff?

The chemical solution is a broad-spectrum disinfection EPA approved to kill C. diff spores in 2 minutes and an extremely wide range of other organisms, including viruses, fungi, and molds. The solution is also non-corrosive and is rinse-free after application. It allows for efficient disinfection because it is easy to apply with a sprayer, mop, or cloth. It costs about the same as other disinfectants but may be cheaper because its ease of application reduces personnel labor time.

Why Is Environmental Disinfection Critical To The Success Of Hospital Acquired Infections Prevention?

Environmental disinfection is critical to the success of Hospital Acquired Infections prevention because it reduces the overall cross-contamination within a given facility and thereby helps prevent the transmission of infectious organisms in healthcare facilities. In addition, it is also critical because it contributes to a cleaner environment and better patient health outcomes.

Hospital Acquired Infections Prevention Conclusion

Hospital Acquired infections are costly to hospitals and healthcare systems because they negatively impact patient care, patient satisfaction, staff turnover, and device failure rates. Hospitals must prioritize environmental disinfection in light of rising costs and potential loss associated with HAIs.

SPH Medical supports Environmental Disinfection to reduce HAIs
CategoriesInfection Prevention

Environmental Disinfection to Prevent HAIs

by sphmedicaladmin

Environmental Disinfection to Prevent HAIs

Each year, about 1.7 million Americans get an infection while hospitalized, and about 99,000 die. This makes hospital acquired infections (HAIs) the eighth leading cause of death in the United States. The cost to hospitals for treating or to prevent HAIs is estimated to be as high as $28 billion per year.

The most common HAIs are urinary tract infections, pneumonia, and bloodstream infections. However, any infection in a hospital setting can be considered an HAI. They can be caused by various microbes, including bacteria, viruses, and fungi. Many different microbes can cause HAIs in hospitals. The most common include MRSA (methicillin-resistant Staphylococcus aureus), C. diff (Clostridium deficile), CRE (Carbapenem-resistant Enterobacteriaceae), Pseudomonas aeruginosa, and norovirus. Each of these pathogens poses a severe risk to patients, and some are resistant to multiple antibiotics.

Understanding Environmental Disinfection

Environmental disinfection is destroying harmful microorganisms on surfaces to prevent the spread of infection. Disease causing microorganisms can be spread from one patient to another on environmental surfaces such as bed rails, door knobs, and countertops.
Various methods can be used for disinfection, including washing with soap and water, exposure to ultraviolet light, and using chemicals. Advanced disinfectants are a new generation of chemicals that are EPA approved and designed to be more effective against a wider range of microbes.

One type of disinfectant is hydrogen peroxide vapor, which is effective against various bacteria, fungi, and viruses. Another type of advanced disinfectant is ozone, which can penetrate surfaces more effectively than other chemicals and is also effective against a wide range of pathogens. In addition, advanced disinfectants are often less toxic than conventional chemicals, making them safer for use in healthcare settings.

One of the most difficult to kill bacteria is C. diff spores, which can live on surfaces for months. Oxydiff is a new advanced disinfectant that kills C. diff spores in 2 minutes, is EPA approved, and can be sprayed with a simple spray bottle, sprayed with an electrostatic sprayer, or used in a fogger. It is essential to use a product like Oxydiff that is effective against these tough bacteria and viruses to protect yourself, your family, and your community.

Environmental disinfection is critical to Prevent HAIs for several reasons

First, hospital surfaces are a common source of infection. The disease causing organisms can spread from one patient to another via contaminated surfaces, leading to severe and deadly infections. Second, many pathogens resist traditional disinfectants, making environmental disinfection a challenge. Multi-drug resistant organisms, or MDROs, are becoming increasingly common and pose a severe threat to patients.

Challenges Faced During Environmental Disinfection

One of the biggest challenges is finding effective disinfectants that can kill resistant disease causing organisms.
Another challenge is ensuring that all surfaces are properly disinfected. For environmental disinfection to be effective, all surfaces must be cleaned and disinfected regularly. This can be difficult in a busy hospital where staff is often short-staffed.
Hospitals also face the challenge of educating staff and patients about the importance of environmental disinfection in preventing infection.

Staff must be aware of the dangers posed by MDROs and how they can help prevent the spread of infection. Patients must also be educated about good hygiene practices and how they can help reduce the risk of infection.

CDC Guidelines

The Centers for Disease Control and Prevention (CDC) has published guidelines for hospital disinfection. These guidelines provide direction on how to properly disinfect surfaces to help prevent the spread of infection. Some of the key points from the CDC guidelines include:

  • Surfaces should be cleaned with soap and water before they are disinfected.
  • Disinfectants should be used according to the manufacturer’s instructions.
  • Surfaces should be allowed to air dry or dried with a clean, lint-free cloth.
  • Hospital staff should wear personal protective equipment (PPE) when cleaning and disinfecting surfaces.
  • Patients should be encouraged to practice good hygiene, including handwashing and using alcohol-based hand sanitizers.
  • Hospital rooms should be ventilated to help prevent the spread of infection.

The CDC guidelines are based on the best available evidence and provide a framework for hospital disinfection. However, each hospital is unique and some adaptations may be necessary to ensure that the CDC guidelines are met.

There are many different ways to disinfect surfaces, and it is essential to use a method that is effective against the type of bacteria or virus present. By taking steps to ensure a clean and disinfected environment, we can help prevent HAIs.

CategoriesInfection Prevention

Fighting Hospital Acquired Infections

by sphmedicaladmin

Fighting Hospital Acquired Infections

Hospitals can sometimes be a breeding ground for infections, according to a study published by the Centers for Disease Control and Prevention (CDC), which revealed that every year close to 2 million Americans develop hospital acquired infections that further compromises their health. These infections, the study notes, are born of viral, bacterial, and fungal pathogens, and they can give way to surgical site infections (SSIs), bloodstream infections (BSIs), urinary tract infections (UTIs), and pneumonia. They can also increase a patient’s chances of developing C. diff, a specific type of bacteria that can cause severe diarrhea, nausea, fever, stomach pain, and other gastrointestinal problems. All hospital-acquired infections can jeopardize the health of patients and medical staff alike, but C. diff is one of the worst ones, according to hospital infection reports.

The Truth About C. Diff and How It Impacts Patients and Hospitals

Also known as clostridium deficile, C. diff is responsible for over 200,000 of the roughly 1.7 million hospital-acquired infections reported annually in the U.S., with the average annual cost of treatment coming in at around $6.3 billion. Most of the hospitals that have a problem with C. diff are those that use ineffective sanitizing and disinfectant products as a way to keep viral, bacterial, and fungal pathogens that cause infection at bay. Most patients become infected with C. diff after touching a surface contaminated with feces and touching their mouth before washing their hands. So that everyone is on the same page, C. diff bacteria and its associated spores are commonly found in feces.

What Hospitals Are Doing to Comply With CDC Guidelines for Minimizing Hospital-Acquired Infections

There is no denying the intent; all hospitals employ sanitizing and disinfecting processes that help minimize a patient’s chances of developing an infection. But some use better products than others; one of those products is Oxydiff, an EPA approved disinfectant that quickly kills methicillin-resistant Staphylococcus aureus (MRSA) and other infections caused by viral, bacterial, and fungal pathogens. Current data shows a large percentage of U.S. hospitals have made the powerful disinfectant their go-to for disinfecting hard surfaces, especially the ones likely to be contaminated with C.diff.2 min kill of pathogens using Oxydiff

The Consequences of Not Using the Right Disinfectant to Prevent the Spread of Hospital-Acquired Infections

Quite a few consequences cans stem from not taking the necessary steps to minimize the risk of hospital-acquired infection, some of which include the following:

    • Prolonged hospital stays – Patients who develop hospital-acquired infections often have to remain in a hospital much longer than anticipated, which leads to higher treatment costs. According to the CDC, the cost of treating hospital-acquired infections (HAIs) is more than $28 billion annually. It is also worth noting that the development of an HAI can make it harder to treat the condition that caused patients to visit the hospital in the first place.
    • Lost wages – Hospital-acquired infections are known to lengthen recovery times for patients after they have left the hospital and have returned home. And this precludes them from returning to work as quickly as they would like, which leads to a loss of wages.
    • Death – While rare, hospital-acquired infections can prove fatal for some patients. In a study published by the Alliance for Aging Research, researchers revealed an estimated 99,000 people die from these types of infections every year in the U.S.

Bottom Line

Despite being one of the most sanitary places anyone could find themselves in, infections do happen in hospitals. And they can sometimes have devastating consequences. But it is possible to minimize the spread of these infections by using a professional-grade, EPA approved disinfectant. Made up of a 5% peracetic acid disinfectant cleaner that cleans, disinfects, and deodorizes in a single step, Oxydiff is one of the best. According to the product’s manufacturer, it is a disinfectant that can destroy bacteria responsible for several infections, including those mentioned in this article, in as little as 2 minutes. With that being the case, it is easy to see why more and more hospitals are turning to this powerful disinfectant to help keep patients and medical teams safe.

No Rinse No Wipe and 2 Min Kill of C diff
CategoriesInfection Prevention

Hospital Grade Disinfectants

by sphmedicaladmin

Reduce the Risk of Hospital-Acquired Infections with OXYdiff

The risk of hospital-acquired infections (HAIs) from dangerous pathogens is a constant threat to patients during treatment. This risk is exacerbated by invasive procedures like surgery, severe illnesses, the misuse of antibiotics and neglect of best practices. Although, the use of proper hospital grade disinfectants and adhering to best practices for cleaning can help reduce the risk of patients contracting HAIs. Recently receiving an updated approval by the EPA, OXYdiff is a disinfectant capable of killing some of the most dangerous pathogens in the hospital setting, protecting patients. Formerly known as Noroxycdiff, this environmentally friendly disinfectant is primarily made with Hydrogen Peroxide. OXYdiff has also received an upgrade with an Emerging Pathogens approval.

Hospital-Acquired Infections

HAIs lead to medical costs of over $28.4 billion every year. These infections are often caused by hard-to-kill bacteria and can lead to severe conditions like sepsis for already vulnerable patients. With the right prevention measures in place, healthcare facilities can reduce HAIs by up to 70%. This makes it crucial for hospitals to use a safe and effective hospital grade disinfectants that targets deadly bacteria and viruses in the prevention process.

However, not all hospital disinfectants are created equal. Not all disinfectants are capable of killing all of the deadly pathogens that threaten patients, such as Clostridium deficile, a dangerous spore forming bacteria. Bleach is often touted as a solution since it is capable of killing the bacteria, but bleach comes with its own disadvantages. Bleach emits toxic fumes that are harmful to patients and staff and can even damage equipment due to its corrosive properties.

An Effective Hospital Grade Disinfectant

OXYdiff targets and kills dangerous pathogens, like Norovirus, MRSA and Clostridium deficile and is easy to use in any setting. OXYdiff has a 2 minute kill time for Clostridium deficile, also known as C. diff. C. diff is considered one of the most difficult pathogens to kill and poses a serious threat to patients as it can remain on surfaces for five months and has no response to alcohol.

OXYdiff’s versatility gives healthcare professionals the ability to effectively and efficiently protect patients without the risks of other disinfectants. OXYdiff requires no rinsing and no wiping during application, making the process quick and easy and allowing healthcare staff to focus on patient care. The non-toxic formula simply needs to be sprayed using a spray bottle, electrostatic sprayer, or applied using a fogger.

Using OXYdiff as a hospital grade disinfectant in a hospital setting can significantly reduce the risk of patients contracting an HAI while providing a safe and harmless alternative to other disinfectants. Ultimately, OXYdiff can help save lives, reduce healthcare costs and maintain peace of mind for healthcare professionals and patients alike.

2 min kill of pathogens using Oxydiff
CategoriesInfection Prevention

Cost of Hospital Acquired Infections

by sphmedicaladmin

Despite having a reputation for being one of the most sterile places one could ever visit, hospitals can sometimes be a breeding ground for infections. And this unsettling reality is well documented in multiple studies, one of which comes from the Centers for Disease Control and Prevention (CDC). The study revealed an estimated 1.7 million hospital patients develop a hospital-acquired infection every year in the U.S. These infections are byproducts of viral, bacterial, and fungal pathogens. And these pathogens can cause bloodstream infections (BSIs), pneumonia, urinary tract infections (UTIs), and surgical site infections (SSIs). But it does not end there; these pathogens can also increase a hospital patient’s chances of developing C. diff. For this very reason, SPH Medical encourages all hospitals to make OXYdiff their go-to hard surface disinfection product.

Hospital-Acquired Infections (HAI’s): What You May Not Have Known About  C. Diff

It is no surprise that patients sometimes develop infections while in a hospital, but what is surprising, however, is some infections are far more common than others, one of them being C. diff. Also known as Clostridioides difficile or C. difficile, C. diff is a hospital-acquired infection that causes severe diarrhea and increases a patient’s chances of developing colitis. C. diff accounts for roughly 200,000 of the 1.7 million hospital-acquired infections recorded each year, and the annual cost of treating them is over $6.3 billion. Along with diarrhea and an inflamed colon, which goes hand-in-hand with colitis, C. diff can cause the following symptoms:

  • Fever
  • Stomach tenderness or pain
  • Loss of appetite
  • Nausea

Why Is C. Diff So Common in Hospitals?

Studies show that C. diff is a bacterium that enters the body through the mouth. Individuals with C. diff often shed spores, which generally make their way onto surfaces throughout the hospital. If those surfaces do not undergo proper sanitizing, anyone who touches them and then touches their mouth with the same hand can develop C. diff themselves. For this very reason, SPH Medical encourages all hospitals to make OXYdiff, a broad-spectrum disinfectant approved by the U.S. Environment Protection (EPA) to kill C. diff, MRSA, and other harmful infections, their go-to hard surface disinfection product.

Choosing the Right Sanitizing Product Matters More Than You Might Think

When it comes to professional-grade sanitizers, some are just better than others. With a 2 min kill time for destroying C. diff spores and their associated pathogens, OXYdiff is a prime example of one of the better ones, surpassing even professional-grade bleach as it is non-corrosive. And you don’t have to wear protective equipment when handling it either.

What Does It Mean to Be on the EPA’s Emerging Pathogens Approval List?

The EPA awards what are known as emerging viral pathogen claims to products that have demonstrated an ability to kill hard-to-kill viruses based on previous EPA-approved claims, one of which is COVID-19. Because OXYdiff recently received this distinctive honor, the EPA, without pushing for additional testing, approved the sanitizer for killing COVID-19. In response, many hospitals nationwide have made it their sanitizer of choice.

Bottom Line

All in all, OXYdiff is a professional-grade sanitizer that safeguards the lives of patients while lowering the cost associated with keeping hospitals free of germs, viruses, and spore-forming bacteria. For more information regarding how this EPA approved, powerful sanitizer, comprising a patented no rinse no wipe solution, can benefit your hospital, consider contacting SPH Medical today.

Nitrile Exam Glove Testing 2021
CategoriesInfection Prevention

Supply Update for N95 Masks and Nitrile Exam Gloves

by sphmedicaladmin

N95 Masks and Nitrile Exam Gloves are vital materials for ensuring the safety of healthcare personnel, first responders, and the general public. We are seeing an increase in the use of these essential supplies here in the United States and abroad. What are the trends and availability for Nitrile Exam Gloves and NIOSH Certified N95 Masks in the future? Will there be adequate supply in the future? Or will we continue to see shortage, hoarding of supplies, and price spikes?

What are the trends here in the US?

The trend towards increased use of Nitrile Exam Gloves and N95 Masks is happening here in the US. This is likely due to the increasing awareness of the dangers of exposure to infectious diseases. And with the rise of incidents like the SarsCov2, the ever evolving new variants, and other pathogens it’s no wonder that in addition to our healthcare workers the general public are looking for ways to protect themselves.

But will this trend continue?

Experts believe that the awareness that Covid-19 has created about respiratory protection and surface disinfection has created a newSafety and Protection | SPH Medical trend towards personal protection. Prior to the pandemic, the NIOSH certified N95 Mask was always available and never in short supply. The global demand is currently being addressed and despite the supply chain traffic of container ships on our coastline, we are able to get these essential supplies to hospitals and those who need them. The prices have come back down to reasonable levels. When considering which N95 Mask to purchase it is always important that every individual is fit tested to ensure that they have a mask that fits properly without leakage. Hospitals have been doing fit testing for all their employees, thousands of them, and it is very time consuming. If there is a disruption in the supply chain and the hospital can’t access the specific types of masks that have been fitted to their employees they typically look for alternate sources to find these essential supplies. The NIOSH certified N95 mask has become one of the most important pieces of protective equipment for healthcare workers filtering out at least 95% of all particles, including those as small as 0.03 microns in size.

Nitrile Exam Gloves Protect Doctors and NursesNitrile Exam Gloves are the standard of care in hospitals and have been for decades. There are many manufacturers of FDA approved Nitrile Exam Grade gloves for hospitals but most of them are in South East Asia. Countries like Malaysia have access to the raw materials required to make Nitrile gloves and also have existing factories that produce tens of millions of gloves per month. Due to the high labor cost here in the us, high cost of setting up production facilities, and need to import the raw materials, we can expect to see global production of Nitrile Exam gloves remain offshore for some time.

N95 Masks and Nitrile Exam Gloves Testing

There are a number of different levels of tests that are performed on Exam Gloves to determine their resistance to breakage, leaks, puncture, and chemical resistance. Gloves often chosen for their strength, durability, and tactile sensitivity. Nitrile Exam Grade gloves also offer good protection against a variety of chemicals, including Chemotherapy Drugs and Fentanyl Citrate, when tested appropriately. The box for any product tested against Chemo Drugs should list the drugs that have been tested and the resistance time.

It’s important to keep in mind that not all Nitrile Exam Gloves and N95 Mask are created equal. Make sure to do your research before purchasing these items to find the ones that are right for you.

Makrite N95 Masks are a great choice to protect you from hazardous particles. With an efficiency of 95% or more against non-oil based particles, the Makrite catalog of NIOSH Certified masks provides a wide variety of shapes and styles to fit any facial morphology.

These are essential items for frontline caregivers and first responders everywhere. SPH Medical is a trusted source and a global distributor for Makrite Industries and a direct importer with a documented chain of custody for all masks direct from the factory.

The future of N95 mask technology is evolving with direct customer feedback channeled to the Research and Development team at Makrite. New mask styles for comfort, fit, and performance are in development and final approval stages. We can expect to see several new mask styles released this year added to an already impressive catalog of disposable respirators that serve the entire globe.

Nitrile Exam Gloves and N95 Masks are two essential supplies that are now more essential than ever as the market for these products has expended to literally everyone in the world.

The Future of N95 MasksSPH Medical Delivers Surgical N95 Respirators

  • The new designs will offer a variety of fit options
  • They are also more comfortable to wear for long periods of time
  • There are more surgical N95 mask options that offer documented fluid resistance

The future of N95 Mask technology and performance is being redefined by Makrite and SPH Medical.

SPH Medical has over 10 years of experience in supplying healthcare safety products, and is are committed to meeting the needs of our customers. As a strategic sourcing supplier for health systems across all 50 states, hospitals contact SPH Medical when they need essential supplies urgently or on a consistent monthly basis.

SPH Medical provides reliable and secure access to the latest products and technology available to protect our caregivers.

Safety and Protection | SPH Medical
CategoriesInfection Prevention

Authentic N95 Masks

by sphmedicaladmin

The Future of N95 Masks for Healthcare and the General Public

As SARS-CoV-2 variants continue to spread, first responders, healthcare workers and the general public, especially those at high risk from the virus, need to know that they’ve received the best protection possible against airborne fluid and particle transmission. The majority of medical and research experts agree that cloth masks do nothing more than create a false sense of protection. Three-ply surgical masks, although better than single- or double-layer cloth options, fail to provide a tight enough fit at the sides of the face and doubling these masks with cloth ones still doesn’t protect well enough. Authentic N95 masks are confirmed by NIOSH as a product that offers a certain level of protection from airborne liquid and solid particles.

Which Masks Work Best?

The Centers for Disease Control and Prevention (CDC) and the World Health Organization (WHO) both agree that N95 medical and non-medical respirator-style masks certified by the National Institute for Occupational Safety and Health (NIOSH) provide the most protection. An authentic NIOSH N95 mask is confirmed by NIOSH as a product that offers a certain level of protection from airborne liquid and solid particles. The “95” guarantees that the N95 mask provides at least 95 percent filtration efficiency.

Yet, alternative suppliers and speculators have been importing masks from both legitimate and illegitimate manufacturers in an attempt to capitalize today on the short-term and long-term safety of our first responders, healthcare workers and the country at large. In an attempt to quickly make money off the need for this critical tool, some sellers have flooded the market with fake N95 masks or turned to price gouging by selling their products for three or more times the industry standard amount for consumer sales.

What Does All of This Mean for the Future?

Although SARS-CoV-2 might eventually become endemic, all experts agree that we can expect new variants to appear over time. Additionally, some populations can’t receive vaccinations and recent hospital surges proved that spread and breakthrough cases in vaccinated populations do also occur with this virus. Every woman, man and child are going to need access to affordable, authentic N95 masks to protect themselves and others. The key words to remember are “affordable” and “authentic.”

Without every person wearing an N95 mask like the Makrite model 9500-N95 or Makrite Sekura-X that qualify as both, we can expect more hospital surges, worsening employment and economic outcomes and a greater loss of life in the future. New trends in the global and national markets also show that the demand for these types of masks is only going to increase as time passes and more people accept mask wearing as a normal part of their daily lives that’s no different than wearing a shirt and shoes in a store or a seatbelt in a motor vehicle. First responders and medical personnel especially will continue to seek authentic NIOSH N95 options rated specifically for medical and surgical settings. They need to know that they’re using masks that give them the most protection and comfort.

High Quality NIOSH N95 Masks

The firm, circular surgical Makrite NIOSH model 9500-N95 is one good choice because it creates a tight seal around all nasal and oral facial openings and supplies a combination of airborne contaminant and microorganism and fluid-splatter protection. Instead of looping over the ears, which can cause a mask to fall off small ears and pain, it features two headbands that securely cup the back of the head. It’s available in a universal size and a smaller 9500-N95S size for a better fit for people with small faces. The fluid-resistant Makrite 910-N95FMX is another highly recommended NIOSH N95 mask option. It also features adjustable head straps. The Makrite 910-N95FMX masks differs from the other model because it features a vertical-and-flat-folded design with a less firm shape that molds to people’s faces better. This model of mask also provides more breathing room for better in-mask airflow so that people feel less restricted when wearing masks.

Why Buy From SPH Medical?

Anything can happen when you buy a product online from an unknown retailer. Dozens of fraud cases occur every day, especially on mass marketplace websites that provide services to a lot of competing sellers.

SPH Medical is an authorized Makrite N95 mask distributor, which means that we guarantee that you always receive the actual authentic product or products you purchase from us. Makrite, a Taiwanese company, also didn’t just set up shop once the pandemic started to create a bigger market for masks. They have been in the business of creating NIOSH-approved health and safety products for nearly 40 years. They receive regular audits from NIOSH on-site at their manufacturing facility to confirm that they’re adhering to the strictest standards. Beyond our authorized Makrite N95 mask distributor status, SPH Medical helps people in a wide range of industries decrease potential infection rates and provide better patient and staff safety options. We’ve been proudly providing these types of services for more than a decade now.

The COVID-19 pandemic has proven that there are few guarantees about what the future might hold for us. That said, SPH Medical can promise that our authentic N95 masks provide you with NIOSH-certified levels of protection while on the job, running errands and visiting with loved ones.

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