Double sided materials are replacing traditional fixing methods in a range of industries and applications. They also offer additional functionality such as sealing, damping and conducting.
Our range of medical grade materials offer unique characteristics for stick to skin applications and can be sterilised by EtO, gamma and steam. Other products include speciality films and foils for a range of medical applications.
We offer coated and non-coated foam and rubber materials for a variety of applications including gasketing, sealing, vibration and sound dampening and energy absorption.
We offer a selection of the most versatile and satisfactory RFI and EMI shielding solutions, for effective shielding of wirelessly transmitting devices.
As electronics become smaller and more powerful, the need for effective thermal materials increases. We offer a variety of products to suit most applications.
For the management of temperature, humidity, gases and pressure, and the prevention of liquid, dust and chemical contamination. We hold an expanding range of materials to suit your every application.
We offer our customers access to a superior range of medical grade materials for the varied applications found within the healthcare market. Our commitment to quality, demonstrated by our ISO 13485 registration, FDA registration and ISO Class 7 Clean Room capability means our customers are confident in the superior quality we can achieve for their medical products.
We fully understand the key needs of the automotive market; we offer quality management to ISO 9001, clean room manufacturing and TS16949 compliance. This, combined with our access to World leading materials, makes us the first choice partner in the manufacture of automotive components.
We supply adhesive components into a range of electronics applications, from bonding of dissimilar substrates, to sealing, cushioning, shielding and insulating of components. Whatever your needs, our access to a variety of products, and the ability to create bespoke constructions and components, will ensure we have a solution to your unique requirements.
Industrial grade materials offer strength and resilience, as well as resistance to UV, chemicals, oil and extreme temperatures. Whatever your needs, our experts can advise on the optimum product for your application. We can convert your material into bespoke components for enhanced manufacturing efficiencies and cost savings.
The safety critical applications of this market require trusted adhesive solutions to ensure high quality and reliability of products. We offer a range of materials for bonding, sealing, insulating, shielding and venting for a range of detection, monitoring and emergency devices. Whatever your needs, we have the experience, materials and converting expertise to offer the optimum solution to the unique requirements of your products and processes.
We offer a range of specialist products and manufacturing processes to satisfy the safety critical needs of the defence industry. With Quality Management accreditation to ISO 9001, Clean Room manufacturing and SC21 accreditation, we are confident in meeting the quality expectations of our military and defence customers.
Adhesive tapes offer a range of trusted solutions for aerospace applications and are commonly used for bonding and sealing, as well as vibration dampening, shielding, cooling, masking and venting. We have access to a vast range of materials, which we can convert into bespoke components for enhanced quality and manufacturing efficiencies.
We offer a range of bonding tapes and films for the assembly and protection of furniture, partition walls, flooring systems, HVAC products, doors and windows. Whether you require a permanent bonding solution or temporary protection, we can advise on the optimum product for your unique application.
Modern lighting utilises many adhesive components to enhance the aesthetics and the efficiency of lighting products. We provide bespoke adhesive components to efficiently bond, seal, vent, dissipate heat and reflect light in a range of lighting applications.
Solar and wind energy products are subject to the harshest external environments throughout their lifetime. This includes extreme temperatures, UV light, wind, rain and debris. We offer a range of performance materials to protect components and resist these environmental extremes, as well as efficiently bond, insulate and vent internal components.
We have over 50 years experience in converting tapes and flexible materials for a diverse range of industries and applications. During this time we have built long lasting relationships with suppliers and customers and have built on our experience, capabilities and our reach throughout Europe and beyond.
From design conception to final production and assembly, quality is paramount in providing our customers with products that consistently reach their desired quality standards. We do this through external accreditation and auditing, as well as internal practices and performance monitoring.
ADDEV Parafix is proud to partner with world leading tape and material manufacturers. With access to a broad range of products we offer our customers extensive choice and the opportunity to combine complimentary materials from any manufacturer, unique to their requirements.
We are proud of our ‘can do’ attitude at ADDEV Parafix, always striving to solve our customers’ challenges. We are also committed to quality and aim to treat our customers, employees and communities fairly and with care.
Our company values ensure we add value to and maintain the high levels of service throughout all of our activities. Read our company values on this page.
In 1969 we started our journey as a small distributor of adhesive tape. Today we’ve become a leading converter in Europe, creating complex adhesive components used globally.
One of our company values is to support the local communities in which we operate. This page shares some of the community activities we engage in and good causes we offer our support to.
There are many reasons why tapes are replacing traditional fixing methods. Among these is the strong and reliable bond that tapes provide and their additional functionality such as sealing, shielding, insulating and cushioning. In addition to these benefits, joining with tape offers greater design options, product quality and enhanced manufacturing efficiencies.
A customised adhesive component offers a number of benefits to designers and engineers. Product designs can be streamlined with invisible joins and product manufacture is made simple with a convenient and easy to handle component. Adhesive parts can be designed with application aids, or for use in automated assembly processes.
Tape is replacing traditional fixing methods across many applications. Here we compare the benefits of using a tape in place of traditional fixing methods.
When choosing an adhesive product, there are some key criteria to consider so that the desired performance is achieved. By understanding the end product and conditions it will be subject to, a material can be specified that will last the full life of your product.
The way you use your tape is an important factor in ensuring the desired performance is achieved. We’ve put together some tips on looking after your material and applying it correctly.
Engineering Advanced Wound Care Dressings for Modern Healthcare
Posted by Parafix Team Posted on 16th March 2026 reading time
Getting Started
Wound care dressings are no longer simple protective coverings. Today, they are highly engineered medical systems designed to create controlled healing environments across acute and chronic applications. From post-operative incisions to diabetic and pressure ulcers, modern wound care dressings must manage moisture, protect against contamination, minimise skin trauma and maintain comfort throughout the wear cycle.
An advanced wound care dressing must balance breathability, adhesion performance, conformability and exudate management — all while meeting strict regulatory and manufacturing standards. For medical device OEMs, success increasingly depends on how medical-grade adhesives, speciality films, foams and hydrocolloid materials are integrated and scaled into reliable, manufacturable products.
As wound management become more sophisticated, the precision with which these materials are converted and assembled plays a decisive role in product performance and commercial scalability.
The Manufacturing Ecosystem Behind Modern Wound Care Dressings
The development of wound care dressings typically involves collaboration across multiple specialist areas.
Global material innovators formulate advanced adhesive chemistries, breathable films, silicone systems and absorbent materials engineered for clinical performance. Specialist converting partners process these materials through precision die-cutting, lamination and cleanroom manufacturing to create functional components. OEM manufacturers integrate those components into finished wound care dressings and bring them to market under regulated frameworks.
This layered supply model enables continuous material innovation while allowing OEMs to focus on clinical design and regulatory strategy.
Core Engineering Considerations in Advanced Wound Care Dressing Design
The performance of an advanced wound care dressing depends on how multiple functional layers interact under real-world conditions. Moisture control, adhesion stability and patient comfort must operate together consistently throughout the product’s intended wear time.
Effective wound care dressings maintain an optimal moisture balance. Hydrocolloids and hydrogels regulate hydration at the wound interface, while medical-grade foams absorb exudate across varying wound types. Converting precision influences vapour transmission rates, sealing integrity and overall absorption efficiency, ensuring consistency from prototype to full-scale production.
An advanced wound care dressing must allow moisture vapour transmission while protecting against bacteria and external contaminants. Film selection alone is not sufficient — adhesive pattern design, die-cut accuracy and edge sealing all influence barrier reliability and wear stability.
Adhesives secure wound care dressings in place, but must also protect skin integrity. Silicone systems are frequently chosen for fragile skin applications, while acrylic adhesives may provide stronger fixation where extended wear is required. Adhesive thickness, lamination consistency and cut geometry directly affect peel force and repositionability.
Dressings must move naturally with the body without lifting or creating stress points. Foam density, film elasticity and adhesive flexibility all contribute to patient comfort. Precision die-cutting ensures consistent geometries that support performance across different anatomical sites.
Scaling Advanced Wound Care Dressing Manufacture
Designing an advanced wound care dressing is only part of the challenge. Ensuring that the design can be manufactured reliably at scale is equally critical.
Modern wound care dressings often combine double-coated tapes, silicone adhesive layers, speciality films, hydrocolloids, nonwoven substrates and NPWT drape materials. Each layer must align precisely to preserve breathability, adhesion performance and structural integrity.
Controlled lamination pressures and Class 7 cleanroom manufacturing environments help maintain repeatability and regulatory confidence as production volumes increase.
Converting Strategy in Wound Care Dressing Manufacturing
As wound care dressings become more technically advanced, OEMs must decide whether to build converting capability internally or collaborate with a specialist partner.
Partnering with a Specialist Converting Expert
Advantages
Access to advanced adhesive and material integration expertise
Reduced capital investment in converting and cleanroom infrastructure
Faster prototyping and iterative development
Scalable roll-to-roll production
Flexibility to integrate materials from multiple global innovators
Considerations
Requires early collaboration during product design
Clear technical specification alignment is essential
Acute and Chronic Wound Care Dressings: Different Engineering Priorities
Acute wound care dressings, such as post-operative films or surgical incise products, prioritise sterile barrier performance and predictable short-term wear. Structural stability and secure fixation are key design drivers.
Chronic wound care dressings introduce greater complexity. Extended wear duration, higher exudate levels and fragile surrounding skin demand low-trauma adhesives and breathable constructions. Material integration strategies must adapt accordingly, ensuring that each advanced wound care dressing is engineered for its specific clinical application.
The Future of Wound Care Dressings
Wound care dressings will continue to evolve as new materials and adhesive technologies emerge. As functionality increases, the structural complexity of advanced wound care dressing systems will grow, reinforcing the importance of precision converting and scalable manufacturing processes.
For OEMs and wound care innovators, competitive advantage will depend not only on material selection, but on the ability to integrate those materials into reliable, manufacturable systems.
In modern healthcare, the performance of wound care dressings is defined as much by engineering and manufacturing precision as by clinical formulation. Those who master both will shape the next generation of advanced wound care dressing solutions.
