• Hot selling medical grade 0.2/0.25/0.3mm transparent PVC / PVDC film for pill blister packaging System 1
  • Hot selling medical grade 0.2/0.25/0.3mm transparent PVC / PVDC film for pill blister packaging System 2
  • Hot selling medical grade 0.2/0.25/0.3mm transparent PVC / PVDC film for pill blister packaging System 3
  • Hot selling medical grade 0.2/0.25/0.3mm transparent PVC / PVDC film for pill blister packaging System 4
Hot selling medical grade 0.2/0.25/0.3mm transparent PVC / PVDC film for pill blister packaging

Hot selling medical grade 0.2/0.25/0.3mm transparent PVC / PVDC film for pill blister packaging

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
1 T
Supply Capability:
200 T/month

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Transparent PVC/PVDC film is widely used in pharmaceutical packaging due to its high transparency and good barrier properties. Especially for blister packaging, it requires the packaging material to have excellent barrier properties to prevent the drug from being affected by moisture, oxidation or other external factors and becoming ineffective.


PVDC can be coated on PVC film to obtain high moisture and oxygen resistance, depending on the coating weight (40g/60g/90g/120g/180g). PVDC coated blister film is the most common and popular barrier film used for pharmaceutical blister packaging. PVDC coating is also the most economical way to add waterproof and oxygen resistance to PVC film. PVDC blister film has 2-layer or 3-layer specifications, called PVC/PVDC or PVC/PE/PVDC.


Advantages:


1. High barrier property: The PVDC layer can effectively prevent water vapor and oxygen from penetrating, and is particularly suitable for drugs that are sensitive to humidity and oxygen.


2. High transparency: Ensure good product visibility, making it easy for consumers to view the contents of the package.


3. Good heat sealing: Good heat sealing with aluminum foil (PTP) ensures sealing effect and prevents contamination and leakage.


4. High mechanical strength: Suitable for high-speed automated packaging production lines, not easy to break or deform.


5. Strong chemical resistance: Suitable for a variety of drugs, including tablets, capsules, soft capsules, etc.


6. Multiple specifications available: Choose different thicknesses and PVDC coating weights (40g, 60g, 90g, etc.) according to drug protection needs.

Specifications:

Product nameHigh barrier PVDC coated film PVC
ApplicationMedical packaging
PVC thickness0.25mm, 0.35mm or customized
PVDC coating40gsm, 60gsm, 90gsm, 120gsm, 120gsm
WidthSlitting: 70-300 mm; Big roll: 500-1600 mm
Inner core diameter76 mm
Colortransparent, white, red, etc.
Surfacebright, clean, shiny
Delivery time7-10 days
Packagingin pallets, cartons, etc.
Advantages

1. High transparency, bright surface brightness.

2. Smooth surface, uniform thickness.

3. Few water marks, few crystal points.

4. Odorless and non-toxic.

5. Cold resistant.

6. Easy to thermoform, print and fold.

7. Transparent in various colors.

Physical properties

Appearanceflat, uniform, clean. No holes. No foreign matter. No odor. No impurities. No adhesion.
Water vapor permeability≤0.5g/(m2.24h)
Oxygen permeability≤0.5cm3/(m2.24h.0.1Mpa)
Sealing strength

≥7.5N/15MM



Application areas:

Pharmaceutical packaging: such as blister packs for capsules, tablets, pills, etc.

Health care product packaging: used for vitamins, soft capsules and other products.

Food packaging: Some are used for packaging of moisture-sensitive foods, such as candy or dehydrated foods.


Company information:

Packaging delivery:


Packaging size: 25.00 cm * 25.00 cm * 25.00 cm

Package gross weight: 25.000 kg


Faq:

Q1: How to ensure the quality?

A1: Factory test certification is provided with shipment, third-party inspection is available


Q2. What are the main products of your company?

A2: Our main products are aluminum, aluminum plate, aluminum foil, aluminum strip, patterned plate, automotive plate, marine grade aluminum plate, household foil, hydrophilic aluminum foil, bottle cap material, PVC hard sheet, pvc/pvdc composite hard sheet, aluminum-plastic blister packaging, etc.


Q3: Where is your factory located?

A3: Our company's processing center is located in Xin'an Industrial Assemble Region, Luoyang, Henan Province, China


Q4: What are the advantages of your company?

A4: We have many professionals, technicians, more competitive prices and best after-sales service than other companies.


Q: What are the considerations for ensuring the compatibility of medical plastic with different medications?
There are several key considerations for ensuring the compatibility of medical plastic with different medications. Firstly, chemical compatibility is crucial as certain medications can react with the plastic materials, leading to degradation or leaching of harmful substances. Therefore, it's important to select plastics that have been tested and approved for use with specific medications. Secondly, physical compatibility is important to ensure that the plastic can withstand the stress and strain of packaging, storage, and transportation without compromising the medication's integrity. The plastic must be able to maintain its structural integrity, prevent light and moisture from entering, and resist breakage or leakage. Additionally, the plastic's surface properties are considered to prevent interactions between the medication and the plastic, such as adsorption or absorption. The plastic should have a low affinity for the medication to avoid any alteration in its concentration or efficacy. Furthermore, regulatory compliance should be taken into account, ensuring that the medical plastic used meets the necessary international standards and guidelines for pharmaceutical packaging. Overall, careful consideration of chemical compatibility, physical characteristics, surface properties, and regulatory compliance is essential to ensure the compatibility of medical plastic with different medications.
Q: How is medical plastic used in telemedicine devices?
Medical plastic is used in telemedicine devices for various applications. It is used in the manufacturing of components like casings, connectors, cables, and sensors, ensuring the devices are lightweight, durable, and safe for use. Additionally, medical plastic is often used for sterile packaging of telemedicine devices, protecting them during transportation and storage. The materials used in medical plastics are compatible with disinfectants, making it easier to maintain a hygienic environment. Overall, medical plastic plays a vital role in the functionality, safety, and hygiene of telemedicine devices.
Q: Questions about medical plastics
Non medical banned plastic waste refers to is not disposable plastic utensils with blood, body fluids, waste (including plastic infusion bag, infusion bottles, but does not include a transfusion tube and a syringe) after sorting, crushing and collecting agents, cleaning out the residual pulp separation label, rubber and aluminum cap, separating bag (bottle) and body bag (bottle) nozzle, separation polyurethane foam and nearly nine processes can produce pure medical grade recycled polypropylene PP, medical grade recycled composite membrane particles, polyisoprene rubber and polyurethane foam, its reproduction degree up to two level of first-class plastic materials (can be used for in addition to food and drug packaging uses all other industrial applications).
Q: Are medical plastics resistant to heat and cold?
Yes, medical plastics are generally resistant to both heat and cold. They are designed to withstand a wide range of temperatures without compromising their structural integrity or performance.
Q: How do medical plastics contribute to the field of neurology?
Medical plastics play a crucial role in the field of neurology by providing innovative solutions for various applications. They are used to manufacture medical devices such as neurostimulation electrodes, brain implants, and catheters, which aid in diagnosing and treating neurological conditions. These plastics offer biocompatibility, flexibility, and durability, ensuring safe and efficient delivery of therapies and interventions. Additionally, medical plastics enable advanced imaging techniques like MRI and CT scans, enabling neurologists to obtain accurate and detailed images of the brain for diagnosis and treatment planning. Overall, medical plastics contribute significantly to the advancement of neurology by enhancing patient care and improving outcomes.
Q: Why should plastic bottles be divided into food packaging and medical packaging?
PE is polyethylene plastic, chemical stability, usually making food bags and various containers, acid, alkali and salt water solution erosion, but should not use strong alkaline detergent to wipe or soak.
Q: How is medical plastic used in telemonitoring devices?
Medical plastic is used in telemonitoring devices to create durable and lightweight casings, connectors, and components that ensure the safety and reliability of these devices. It provides insulation against electrical interference, offers a sterile and biocompatible surface for contact with the skin, and allows for easy cleaning and disinfection. Additionally, medical plastic is often used to manufacture sensors and electrodes that enable accurate and continuous monitoring of vital signs such as heart rate, blood pressure, and oxygen levels.
Q: How is medical plastic used in telepsychiatry?
Medical plastic is used in telepsychiatry for various purposes. One important use is in the manufacturing of devices such as webcams and headsets, which are essential for conducting video consultations between psychiatrists and their patients. These devices are often made of medical-grade plastic to ensure hygiene and patient safety. Additionally, medical plastic is also utilized in the production of other telepsychiatry equipment like remote monitoring devices, medication dispensers, and wearable sensors, all of which enable remote psychiatric evaluations and treatment. Overall, medical plastic plays a crucial role in facilitating the delivery of telepsychiatry services by providing the necessary tools and equipment required for effective remote mental healthcare.
Q: Can medical plastic be safely used in geriatric applications?
Yes, medical plastic can be safely used in geriatric applications. Medical plastics are designed to be biocompatible, resistant to bacteria growth, and durable, making them suitable for various healthcare settings including geriatric applications.
Q: How do medical plastics contribute to the development of telemedicine diagnostics?
Medical plastics play a crucial role in the development of telemedicine diagnostics by enabling the production of lightweight and durable devices, such as remote monitoring equipment and wearable sensors. These plastics provide the necessary biocompatibility and sterilizability required for medical applications, ensuring safe and reliable use. Additionally, medical plastics can be molded into complex shapes, allowing for the creation of ergonomic and patient-friendly telemedicine devices. Overall, medical plastics facilitate the advancement of telemedicine diagnostics by providing essential materials for the manufacturing of innovative and effective remote healthcare solutions.

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