Foshan Fengyi Paper Packaging

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Product Category

Packaging Inserts & Dividers

Paperboard inserts and dividers designed around product protection and presentation.

Kraft shipping carton with three-by-three corrugated dividers separating nine glass jars

Packaging Inserts & Dividers

Custom Box Dividers

Custom box dividers for B2B projects. Discuss artwork, size, materials, printing, finishing and packing with Fengyi Packaging.

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Burgundy presentation box with layered cream inner packaging for a jar, bottle and accessory

Packaging Inserts & Dividers

Custom Inner Packaging

Custom inner packaging for B2B projects. Discuss artwork, size, materials, printing, finishing and packing with Fengyi Packaging.

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Packaging insert buyer guide

Design the insert around product support, packing and the complete outer box

An effective insert positions every component, protects sensitive areas and supports a clear opening experience without making packing unnecessarily difficult. Begin with real products or accurate models, the outer-box internal size, product orientation, support points, finger access and the expected distribution route before selecting paperboard, corrugated dividers, folds and locking features.

Folded paperboard cradles

Die-cut paperboard can create clean retail presentation, product cut-outs, side rails and literature pockets while shipping flat before assembly. Board direction, fold sequence, wall height and loading access should be confirmed with a physical sample.

Corrugated supports and dividers

Corrugated cradles and interlocking grids help separate bottles, jars, devices or heavier components. Flute direction, slot depth, compartment size and support location must match the loaded weight and the compression or impact expected in distribution.

Multi-component presentation

Gift sets, cosmetics and electronics may need different cavities, cable or accessory storage and a planned removal sequence. Develop all components together so one item cannot move, mark another product or block the lid from closing.

Insert quotation checklist

  • Physical products or accurate dimensions, weights, tolerances and orientation
  • Outer-box internal dimensions, board thickness, lid clearance and packing direction
  • Support points, finger access, sensitive surfaces, accessories and presentation order
  • Quantity, assembly method, packing line, transport route and test requirements

Approve the complete packed system

Evaluate the production-equivalent insert inside the final box with every product and accessory loaded. Check assembly time, product fit, finger access, lid closure and movement, then use representative handling or transport tests where product value, weight or fragility creates risk.

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Packaging inserts and dividers FAQ

Which insert material and structure should I choose?

Folded paperboard inserts suit lighter retail products and detailed presentation, while corrugated cradles and interlocking dividers provide greater depth and support for heavier products or distribution. The best structure depends on product weight, fragility, box dimensions, opening sequence, packing labour and recovery or recycling goals.

What product information is needed to design an insert?

Provide physical samples or accurate dimensions for every product and accessory, including weight, orientation, sensitive surfaces, support points and required finger access. Also share the outer-box internal dimensions, packing sequence, quantity, delivery route and any drop or vibration requirements.

How much clearance should a packaging insert allow?

Clearance must account for product and board tolerances, surface protection, loading direction and the way the insert locks into the outer box. The product should be retained without excessive pressure or movement, so final fit should be confirmed using real production-equivalent samples rather than nominal dimensions alone.

Should the insert be tested inside the complete outer pack?

Yes. The assembled insert, every packed component and the final outer box should be tested as one system. A complete sample can reveal difficult packing, product movement, weak support areas, lid interference or damage from representative handling before tooling and mass production are approved.