Inner packaging solutions to protect your products
Nefab’s engineered inner packaging solutions protect your goods during transport and storage. We offer a wide range of materials and custom designs to fit any product.
Choosing the right protective packaging
How to optimize inner packaging
Proper product protection requires the right combination of outer and inner packaging. To optimize inner packaging, also known as protective packaging, Nefab engineers consider the characteristics of your product, the transportation conditions and sustainability principles.
We assess the mode of transport and identify your product's vulnerabilities, such as fragility, sensitivity to static, or risk of corrosion, to determine its protection needs. Then our engineers select suitable materials and design the inner packaging solution, ensuring it is sustainable, cost-effective, and tailored to your product and transportation conditions.
Benefits of Nefab's inner packaging solutions
- Custom designs: Tailored to your product’s size, shape, and fragility for optimal protection.
- Diverse material options: Choose the best inner packaging material for your needs with our multi-material engineering and manufacturing capabilities.
- Advanced protection: Specialized, engineered solutions for electronics, fragile components, and high-value goods.
- Sustainable choices: Sustainable materials and designs to support your sustainability goals.
- Expert guidance: Our packaging specialists guide you from design through implementation.
Nefab's inner packaging solutions
緩衝
Cushioning: Shock-absorbing packaging
Cushioning solutions are inner packaging solutions that protect products from shock and vibration during transport and storage. They absorb impacts, reduce damage risks, and improve product safety. Designed to match a product's fragility, weight, and handling needs, these solutions ensure reliable protection throughout the supply chain. Nefab provides a variety of cushioning options, including sustainable alternatives to traditional foam.
Reflex cushioning
Circular foam alternative made from thermoformed plastic
Dunnage, securement, and void fill
Packaging to prevent product movement
The inner packaging used for dunnage, securement, and void fill is designed primarily to hold products and components in place within outer packaging. Dunnage, blocking materials, inserts, and inner fittings immobilize the product, preventing movement and damage. Void fill materials completely fill empty spaces around the product. Nefab’s engineers specialize in creating custom inner packaging to securely hold products of any shape while reducing environmental impact.
Inserts and inner fittings
Custom inserts and inner fittings for product securement
Dust and corrosion protection
Dust-free and corrosion inhibiting packaging
Inner packaging for dust and corrosion protection creates a barrier that prevents dust, moisture, and corrosive elements from reaching the product. This helps maintain the product's condition, prevent rust and deterioration, avoid contamination of sensitive products, and ensure quality during storage and handling.
Corrosion protection accessories
Corrosion protective films and other accessories
Clamshells and blisters
Thermoformed packaging to protect and display products
ESD protection
ESD packaging and anti-static packaging
Nefab offers expert custom ESD packaging to safeguard sensitive electronics from electrostatic discharge (ESD). We offer a variety of materials, including shielding, conductive, insulating, and dissipative options, to meet your needs. Whether you require anti-static bags, conductive foam, or custom ESD plastic trays, with Nefab, your packaging provides reliable protection against ESD risks.
Protective packaging as part of a complete packaging solution
Nefab delivers complete packaging solutions, typically consisting of inner and outer packaging components. Each solution is tailored to reduce total costs and minimize environmental impact while addressing your product's specific needs. Explore our full portfolio of packaging solutions and how we can meet a vast range of packaging requirements.
