Packaging is the visual representation of a product’s position within its market and can generally be divided into primary, secondary, and tertiary packaging categories.

Secondary packaging in Charlotte is used to group multiple products into a stock-keeping unit (SKU) for easier inventory tracking, while providing additional protection during shipping. E-commerce businesses that sell their products to consumers online may particularly find secondary packaging useful.

Packaging for Food

Food industry packaging must stand out on a shelf to make products noticeable, while also strengthening brand recognition among customers. Packaging shapes, logos and colors play an essential part in helping ensure they remember a particular product upon returning to a store.

Food packaging must be designed for function, hygiene and durability to provide protection from contamination, spoilage and pest attacks during transport and storage, extending shelf life while meeting safety regulations.

Food packages can be made of various materials, including metals, glass, paper and polymers. Their designs may range from metal cans and glass jars to paper bags with plastic inserts or polymeric films that can be formed into unique shapes before being labeled with information such as amount of contents, ingredients, legal requirements, nutritional value and cooking instructions. Many food packaging companies employ an expert chemist who helps design effective packages to prevent chemical migration into the food being packaged – something which may harm people’s health over time.

Packaging for Chemicals

Packaging for chemicals must be durable and watertight to avoid chemical interactions between water-based molecules and chemical reactions.

Plastic packaging is ideal for many chemical storage needs because it doesn’t corrode, can accommodate various chemicals and is both inexpensive and recyclable. Glass may be another suitable material but could break during transport and expose people to dangerous shards of chemical. Metal containers provide excellent grounding/bonding to prevent the ignition of such substances; however lacquer coated drums may be preferred due to potential chemical interactions between some substances and metal containers.

Chemical packaging companies also provide cartons and boxes that protect individual bottles during shipping, which may come equipped with either standard or third-party ratings and different stacking patterns and pallet sizes for your convenience. A reliable chemical packaging service provider can advise the best solutions for your company.

Packaging for Electronics

As many electronic products require batteries or contain detachable cords that could potentially spark fire, sparks, or heat sources, it is wise to ensure each cord has its own package in order to prevent potential damage when unpacking them and avoid becoming tangled together when unboxing. This helps ensure a safer experience overall and ensure they won’t tangle together during unboxing.

Industrial electronics packaging design must provide adequate protection from impacts during transit, mishandling, moisture intrusion and static charges – while also being cost-effective and long-lasting.

Dependent upon your electronics-producing business’s individual needs, different packaging materials may be utilized. Foam and thermoformed plastic are both commonly used to protect electronics during shipping; each material offers specific benefits and UFP Technologies can recommend one specific to your application. Integrated circuits (ICs), diodes and resistors must first be packaged within individual electronic packages before soldering to a circuit board; which also serves as their packaging device as it offers an avenue to connect various devices together onto one circuit board.

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Packaging for Medicines

Packaging medicines is essential not only to ensuring they remain free from bacteria and outside elements, but also providing patients with complete medical information regarding each drug they prescribe. Since medicines can often be expensive, their packaging must be sturdy enough to prevent damage during transportation chains.

Pharmaceutical packaging should be designed to prevent counterfeiting and product forgery. Many companies now incorporate scannable codes, UV prints, hologram stickers and color shifting inks as security features to guarantee the genuineness of their products.

Primary pharmaceutical packaging is growing at an impressive rate as it comes into direct contact with the drug itself, such as plastic bottles, caps & closures, pre-fillable syringes, tablet boxes and medication tubes. Increased demand for prescription drugs coupled with biotechnology advances is driving this segment’s expansion; while its secondary packaging sub-sector should continue its strong momentum due to increased online retail purchases. Furthermore, third-tier packaging may experience similar increases due to increasing e-commerce activity.