The demand for bending on thin wall stainless steel grows in industries that require the safe, clean transportation of liquids and gases. Below you’ll find the Axenics thin wall steel tubing size chart to give you an idea of our most-common requested bends. Thin wall...
The phrase “great news” has been scarce this year, but we feel strongly that we’ll be using it more in 2021. One, we’re seeing signs of robust growth within the semiconductor industry that should continue for at least the next calendar year. Two, Axenics is moving...
Many journeyperson welders consider argon the perfect shielding gas for precision welding and fabrication. Axenics utilizes 99.9% pure argon for tungsten inert gas (TIG) welding for customers that require high-purity welds for their liquid and gas transfer systems...
Plastic Manifolds a Boon for Medical Devices
Companies that produce medical devices should consider the benefits of using components that utilize plastic manifolds. Plastic manifold transportation systems provide a continuous supply of gas and chemicals that can be used in a variety of applications.
Manifolds can be used in the production of medical equipment such as lab accessories, patient monitor devices, diagnostic instruments, operational machinery and many more applications. The life science and semiconductor industries have a huge dependence on manifold delivery systems.
Your goal should be a reliable, simplified system that delivers a consistent, highly-repeatable performance, with the flexibility of having sub-systems that have the capability of multiple flow rates and pressures. Plastics can deliver those results, and some plastic options even offer better insulation than some metal manifolds.
Some of the benefits of making the switch to plastic manifolds include:
- High thermal mechanical strength: Some plastics are able to resist thermal degradation and maintain operating strength and rigidity in high temperatures.
- Good chemical resistance to acids, alkalis, greases and solvents, hydrogen peroxide, demineralised water and hot steam.
- Minimal outgassing (gas release within solid material) under vacuum: This is especially important in the medical device industry as maintaining a sterile environment is essential.
- Good creep and chemical resistance.
- Minimal thermal expansion.
- Good wear resistance.
- Good plasma resistance for reduced corrosion.
Our technicians have 35 years experience in plastics fabrication. Some of the common plastic types we can use for your next project include:
Polyvinylidene Fluoride (PVDF)
PVDF is a high-purity plastic that is commonly used to produce semiconductor equipment components. Its excellent chemical resistance makes is a good choice for medical devices or life science industries. It is flame- and abrasion-resistant and offers a clean construction option for manifold systems. Piping, fittings and valves are often made with PVDF.
PTFE/PFA is a low-friction plastic that is easily formable and boasts great resistance to chemicals. It works well in varying temperature environments, making it a good choice for semiconductors used in a variety of industries.
PP is a durable plastic also used in semiconductor industries as it has the benefit of low moisture absorption. Its chemical resistance is good, though PTFE and PVDF offers a stronger performance there.
High Density Polyethylene (HDPE)
HDPE is a strong, light, and chemically resistant plastic that is used in construction projects.
Our plastic manifold components are customized to your specifications, tested in-house and delivered to you ready to be installed into your existing production area.
Discover the pros and cons of plastics
The uses for semiconductors in electronic devices grows by the minute, maintaining a high demand for components such as chips for automobiles. For many of our customers, we produce manifolds that will be used in either the production of semiconductors or for use...
In manufacturing processes in the chemical, alternate energy, or biomedical life science industries, there are instances where gas or liquid must be distributed to different sources after it enters a centralized pipe or piece of equipment. Additionally, the flow of...