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Oxygen chambers, also known as hyperbaric oxygen therapy (HBOT) chambers, are specialized medical devices that utilize increased atmospheric pressure and pure oxygen to treat a variety of medical conditions. In these chambers, polycarbonate panels play a crucial role in ensuring the safety, functionality, and efficiency of the hyperbaric therapy environment.
Product name: Oxygen chamber polycarbonate panel
Thickness: 20mm 25mm 30mm
Size: 1220mm*2440mm or Customized
Impact strength:147J kinetic energy impact energy up to the standard
Product Description
Polycarbonate is a type of thermoplastic material that is commonly used for the panels in oxygen chambers, also known as hyperbaric oxygen chambers. These chambers are used to deliver pure oxygen at increased atmospheric pressure to patients for various medical treatments.
Polycarbonate is an ideal material for oxygen chamber panels because it has several key properties that make it well-suited for this application:
Transparency - Polycarbonate is highly transparent, allowing patients and medical staff to see clearly into the chamber. This visibility is important for monitoring patients during treatment.
Durability - Polycarbonate is a very strong and impact-resistant material. It can withstand the high pressures inside the chamber as well as any accidental impacts or bumps.
Lightweight - Polycarbonate is much lighter in weight compared to traditional glass, which is important for the portability and ease of use of the oxygen chambers.
Safety - Polycarbonate is a non-combustible material, making it a safe choice for an oxygen-rich environment like an hyperbaric chamber.
The specific thickness and other design details of polycarbonate oxygen chamber panels can vary depending on the size and pressure requirements of the particular chamber. But in general, these panels provide a transparent, durable, and safe solution for these important medical devices.
Polycarbonate Windows Characteristics
The polycarbonate Extra Thick panel Key Characteristics of Oxygen chamber Windows
Increased Thickness:
Polycarbonate extra thick sheets typically range in thickness from 20 mm to 30 mm or more, depending on the specific application and requirements.
The increased thickness provides greater rigidity, structural integrity, and resistance to deformation or deflection under load.
Durability and Impact Resistance:
The extra thickness of these polycarbonate sheets enhances their overall durability and impact resistance.
They are less susceptible to cracking, shattering, or breakage under physical impacts or heavy loads, making them well-suited for demanding applications.
Dimensional Stability:
The increased thickness of the sheets helps maintain dimensional stability and minimizes the risk of warping, bowing, or other deformations over time.
product parameters
Product Name |
Oxygen chamber polycarbonate panel |
Place of Origin |
Shanghai |
Material |
100% Virgin polycartonate material |
Hull thickness |
20mm 25mm 30mm |
Size |
Customized |
Impact strength |
147J kinetic energy impact energy up to the standard |
Retardant standard |
Grade B1 (GB Standard) Polycarbonate hollow sheet |
Packaging |
Both sides with PE film, logo on the PE film. Customized package is available too. |
Delivery |
Within 7-10 working days once we received the deposit. |
Oxygen chamber Windows TYPE
polycarbonate is a very popular material for oxygen chamber windows.
Polycarbonate is transparent, impact-resistant, and non-combustible, making it well-suited for the high-pressure, oxygen-rich environment.
Polycarbonate windows can be fabricated in various thicknesses and shape depending on the chamber size and pressure requirements.
Square
cambered
circular
MACHINING PARAMETERS
Use carbide-tipped tools designed for plastics. Avoid high-speed steel tools.
Spindle speeds around 10,000-20,000 RPM work well for polycarbonate. Feed rates of 300-600 mm/min are typical.
Use low depth of cut, around 0.1-0.5 mm, to avoid chipping or cracking. Apply a coolant or lubricant to keep the material from overheating.
Cutting:
2. Trimming and Edging:
3. Drilling and Punching:
4. Thermoforming:
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