Embalagem farmacêutica desempenha um papel crítico para garantir a segurança, estabilidade, e eficácia dos medicamentos. Entre todas as soluções de embalagem, Alu-Alu (Forma fria alumínio-alumínio) Embalagem e embalagem ALU-PVC são duas opções de embalagem amplamente usadas, cada uma oferecendo vantagens distintas. Este artigo compara esses métodos, Analisando suas vantagens e desvantagens e ofereça informações para fabricantes farmacêuticos na escolha das soluções de embalagem direita.
Embalagem ALU-ALU, também chamado de embalagem de bolha de forma fria, é fabricado com a compactação de um material baseado em alumínio de várias camadas em formas específicas, de acordo com o requisito de produção. As cavidades formadas mantêm produtos farmacêuticos com segurança, Prevendo a exposição ao ar, umidade, e luz. This ensures that the integrity of tablets, pills or drugs remains intact throughout storage and distribution, making it ideal for medications requiring strict stability conditions.
Embalagem ALU-ALU provides a 100% protection against environmental factors, making it an excellent choice for highly sensitive pharmaceutical products.
Alu-PVC Packaging is a combination of plastic (PVC, PVDC, or PET) and aluminum foil, creating a visible, leve, and cost-effective packaging solution. It provides visibility, facilidade de uso, and customizable designs for different types of medicines and drugs, making it one of the most widely used pharmaceutical packing formats.
Both Alu-Alu and Alu-PVC blister packs are widely used in pharmaceutical packaging, their differences in materials, protection levels, and shelf life etc, make each suitable for specific applications. Below is a quick reference chart to help you better understand the key distinctions:
Recurso | Alu-Alu Packaging | Alu-PVC Packaging |
Material | Aluminum foil on both sides | Plastic (PVC, PVDC, BICHO DE ESTIMAÇÃO) with aluminum backing |
Proteção | High barrier against light, umidade, e oxigênio | Moderate protection, depends on plastic type |
Vida de validade | Longer due to better protection | Shorter due to lower barrier properties |
Transparência | Opaco (not see through) | Transparent or semi-transparent |
Custo | Mais alto | More affordable |
Environmental Impact | More recyclable | Less eco-friendly due to plastic content |
Flexibilidade | Less flexible | More design options available |
In addition to the brief table above, we will analyse their major differences in terms of material composition, custo, barrier protection, product visibility and design as well as environmental considerations in the following section.
É pesquisado que a diferença de preço entre as embalagens ALU-ALU e ALU-PVC pode variar de 25% para 40% Maior para solução de embalagem Alu-Alu, Dependendo do volume de pedidos e dos requisitos de embalagem específicos.
Alu-Alu blister packs, with their dual layers of aluminum, offer excellent protection but generally limit product visibility. The opaque aluminum layers typically prevent consumers from seeing the product inside. This can be a disadvantage for products where visual appeal or brand recognition is important.
Em contraste, Alu-PVC blister packs offer better product visibility due to the transparent nature of the PVC layer. This makes it easier for consumers to see the product inside, which can be a strong selling point for products like tablets, cápsulas, and soft gels that benefit from visual appeal.
A capacidade de mostrar o produto dentro pode ajudar a melhorar a confiança do consumidor e aumentar a atratividade do produto nas prateleiras das lojas. Além disso, A embalagem ALU-PVC pode ser facilmente moldada em formas personalizadas, permitindo designs mais criativos e visualmente atraentes que se alinham aos esforços de marca.
Os processos de fabricação para a embalagem ALU-ALU e ALU-PVC envolvem vários estágios, cada um adaptado às propriedades de material exclusivas e requisitos de uso final. Ambos os métodos têm como objetivo proteger os produtos farmacêuticos, mantendo a eficiência e a relação custo-benefício. No entanto, As técnicas para as produções são um pouco diferentes. Aqui está a tabela para ver a diferença geral para a produção automatizada de embalagens ALU-ALU e embalagem ALU-PVC.
Para a produção de embalagens ALU-ALU ou embalagem ALU-PVC, it usually requires special machines – Alu-Alu/Alu-PVC Blister Packing machine. The whole process includes few step: forming, alimentação, vedação, indention and cutting. The manufacturing process is slightly different for this two packaging options.
Alu-Alu Packaging is using cold forming method which requires high pressure to complete the formation of the blister cavities.
WhereasAlu-PVC Packaging is adopting thermoforming method. PVC film is heated and then formed into cavities using vacuum pressure.
Photo credit: jinlupacking.com
The two blister packaging methods are going through the same process for the feeding process where the feeder is dispensing materials such as capsules into the blister cavities.
Photo credit: jinlupacking.com
Both of the blister packaging options have the same sealing process where the lidding aluminium foil is sealed using heat and pressure to ensure airtight packaging.
Indentation lines are created on the sealed blister sheet for both Alu-Alu or Alu-PVC Packaging. Batch numbers, production dates and some other required information will be created at this step.
Photo credit: jinlupacking.com
After the indentation, the blister sheet is cut into individual blister packs. This step is no different for producing Alu-Alu or Alu-PVC blister packs.
Photo credit: jinlupacking.com
As a small summary for the comparison of the two production methods at each working station, you can take a look for the below table.
Production Step | Alu-Alu Packaging | Alu-PVC Packaging |
Material | Entirely aluminum (both base and lid) | PVC base with aluminum lidding foil |
Formation | Cold forming (requires high pressure) | Thermoforming (uses heat and vacuum) |
Feeding | Materials are fed into Alu Blister Cavities | Materials are fed into PVC Cavities |
Sealing | Heat and pressure sealing of Alu-Alu cavities | Heat and pressure sealing of Alu-PVC cavities |
Indentation | Batch numbers, production dates are embossed | Batch numbers, production dates are embossed |
Cutting | Alu-Alu blister sheets are cut into packs | Alu-PVC blister sheets are cut into packs |
For a better understanding of the working process for the production of Alu-Alu Packaging and Alu-PVC blister packaging, you can click below the videos from JinluPacking.
[jl_youtube src=”https://www.youtube.com/embed/k0uyYbGttCU”]
The choice between Alu-Alu packaging and Alu-PVC Packaging depends on various factors, including the nature of the medicines, storage conditions, e restrições orçamentárias. Choosing between Alu-Alu Packaging and Alu-PVC Packaging depends on several factors.
Both Alu-Alu packaging and Alu-PVC Packaging have their unique advantages and drawbacks. While Alu-Alu packaging excels in protection and durability, Alu-PVC Packaging is more cost-effective and user-friendly. Understanding the differences between these two options, together of taking into consideration for the few factors we mentioned in the article, you can choose t the best solution for your specific needs.
Cada produto e fábrica tem seus próprios desafios e situações de embalagem. Estamos aqui para ajudar com máquinas de qualidade garantida, soluções personalizadas, e os serviços mais descomplicados.
Direitos autorais © 2024 JL.Todos os direitos reservados.
Links amigáveis: Embalagem rica | Fabricantes de máquinas de enchimento de cápsulas