Clear polycarbonate windows 40mm with impact resistant safe for hyperbaric oxygen chambers
Polycarbonate is a widely used material for the windows or viewing panels of hyperbaric oxygen chambers. These chambers expose patients to 100% oxygen at increased atmospheric pressure for various medical treatments.
Product name: Oxygen chamber polycarbonate windows
Thickness: 20mm 25mm 30mm 40mm
Size: 1220mm*2440mm or Customized
Impact strength:147J kinetic energy impact energy up to the standard
Product Description
Polycarbonate is a widely used material for the windows or viewing panels of hyperbaric oxygen chambers. These chambers expose patients to 100% oxygen at increased atmospheric pressure for various medical treatments.
The main advantages of using polycarbonate for oxygen chamber windows include:
Transparency - Polycarbonate is highly transparent, allowing clear visibility into the chamber.
Durability - Polycarbonate is an impact-resistant and shatter-resistant material, able to withstand the high pressures inside the chamber.
Lightweight - Polycarbonate is much lighter in weight compared to glass, making the chambers more portable.
Safety - Polycarbonate is non-combustible, an important safety feature in an oxygen-rich environment.
The fabrication process for these polycarbonate windows often involves techniques like CNC machining, laser cutting, and thermoforming to achieve the desired shape and dimensions. Proper sealing and framing is also critical to maintain the chamber's pressurized environment.
Overall, polycarbonate is an excellent material choice for oxygen chamber windows due to its unique combination of optical, mechanical, and safety properties that meet the demanding requirements of these medical devices.
Polycarbonate Windows Characteristics
The polycarbonate Extra Thick panel Key Characteristics of Oxygen chamber Windows
Increased Thickness:
The polycarbonate windows are typically fabricated in various thicknesses, ranging from 20mm to 40mm or more, depending on the size and pressure requirements of the specific oxygen chamber. Thicker panels provide greater structural integrity.
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 40mm |
|
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:
- Cutting to Size: Polycarbonate sheets can be cut to the desired size using various methods, such as:
- Circular saws or table saws with fine-toothed blades designed for plastics
- CNC (Computer Numerical Control) routers or laser cutters for precise, custom shapes
- Manual scoring and snapping for simple straight-line cuts
- Cutting to Size: Polycarbonate sheets can be cut to the desired size using various methods, such as:
2. Trimming and Edging:
- Edge Finishing: The edges of the cut polycarbonate sheets can be finished using techniques like:
- Grinding or sanding to smooth the edges
- Applying edge treatments, such as decorative edge moldings or polished edges
- Edge Finishing: The edges of the cut polycarbonate sheets can be finished using techniques like:
3. Drilling and Punching:
- Holes and Openings: Polycarbonate sheets can be drilled or punched to create holes, slots, or other openings as required for the application.
- Specialized drill bits and punches designed for plastics are typically used to prevent cracking or chipping.
4. Thermoforming:
- Complex Shapes: Polycarbonate sheets can be thermoformed into various three-dimensional shapes, such as curved or contoured panels, using specialized molds and heating equipment.
- This process allows for the creation of custom-shaped parts from flat sheets.
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