Dwell into Tranquility Availing the Benefits of Medical Coatings
One of the topmost priorities for hospitals is working towards the patient outcomes and safety of the staff. Harmful microbes such as MRSA, but, have been making it difficult for medical professionals to protect the staff and patients from the exposure of cross-contamination. Yes, it becomes daunting for them to reduce the impact of infections and work towards the maintenance of sanitary conditions- all thanks to the breeding of germs and bacteria.
A recent research report by the Centers for Disease Control and Prevention shed light on patient deaths and surging expenditures. They found that around two million patients pick up a Healthcare-Associated Infection. This infection led to spending of a whopping $45 billion and 100,000 deaths. With such prevailing dangers from microorganisms, the antimicrobial surface technology is advancing.
The medical devices now have to be resistant to corrosion. Thus, the medical industry has been using medical coatings. Though they are already utilizing medical coatings, yet extra research is going on for their developments. It comes into use for applications like knee joints, acetabular caps, spine, finger, shoulder, elbows, and femoral stems that don’t work in breaking the surfaces. These medical coatings use thermal technologies and cold spray. Medical instruments and devices use thermal spray since they need dielectric insulation. The experts are all in for using these medical coatings owing to the world of benefits it brings along.
Fringe Benefits of Medical Coatings:
The porous bioactive medical coatings work well in enabling engineers in the medical fields. This usage is to make implants for suiting interactions with bone tissues. Not alone these benefits, hospitals using color coding bring others to sight. Few of the many are:
- Accelerations in the healing process
- Rapidness in bone growth
- Biocompatibility
- Coatings with low oxide levels
- Engineering in bond strengths
- Inert bioactivities and controlling
Thanks to the ongoing research, the solution to medical-related problems seems on its way. Medical coatings have been developing, and they have been progressing in medical applications.
Where should the medical coatings find their use?
Medical coatings help in providing many functions to the medical equipment. Medical coatings come with EMI/RFI shielding for protecting these against sensitive equipment interferences. The materials medical coating uses are dielectric aluminum oxide. These coatings also come to use as a repair method for all the structural components. These also add the framework to this equipment. And, these are vital because of the expenditure or difficulty in replacing this equipment.
Some of the capabilities of medical coatings are:
- EMI/RFI Shielding: They hold compatibility with substrate materials. It protects the medical coatings against the radio frequency and electromagnetic interferences during their application to precision devices.
- Thermal barriers: Medical coating materials use stabilizing zirconium oxide. This process helps in withstanding higher temperatures.
- Dielectric: The electric components need protection from corrosion and abrasions. Thus, it never causes a problem because the protective coatings come from ceramics containing oxides.
- Wear and tear resistances: Medical coatings help in providing resistance against the wear and tear of the medical coatings. Yes, the issues like corrosion, adhesiveness, cavitation, you no longer have to worry about!
- Biocompatible: The body is more acceptable to materials that have the application of medical coatings.
The Lessons:
Medical coatings bring about a world of benefits to the medical industry and practicing professionals. They promise saving costs while determining surface coating efficacies. It also solves the paint-related problems because there occurs a deterioration in natural paints. The lead exposures accumulate in the bodies of young children. Great, isn’t it?
Are you turning a blind eye to medical coatings in hospitals? Well, think again!
