Custom protective packaging for electronics is a set, not a single box: a moulded pulp insert holds the product in place, an inner box presents it and an outer carton protects it in transit. As an electronics packaging manufacturer in Malaysia, we design the set around your real product through a product test fit and a physical prototype, within our ideal lead time of 3 to 6 weeks.
Key Takeaways
- Electronics are damaged by impact, vibration, scuffing, crushing, moisture and static. A fitted insert, an inner box and an outer carton deal with the first four directly, and the last two need specialised materials that the pack is designed around.
- Protection is a set of layers: a moulded pulp insert holds the product, a rigid or cardboard box presents it, and a corrugated carton protects it in shipping. The layers must be designed together.
- Wet press moulded pulp gives a smooth, refined surface, thin walls and a close fit, and it keeps the pack paper based. It is not the rough egg tray look that comes from dry press.
- The insert is designed from the real product in a product test fit, with clearance, rounded corners, relief for ports and a separate cavity for each accessory, before any tooling is made.
- Moulded pulp is a fibre material and is not antistatic or a moisture barrier by itself. Tell us how static sensitive or moisture sensitive products are protected, so the pack is fitted around it.
- We make rigid boxes, cardboard boxes and corrugated boxes, and printed boxes are made to G7 and Fogra 51 with colour checked through the run.
- Our lead time is ideally 3 to 6 weeks. A first production run requires new tooling, a second order uses the same tooling and can be faster, and our minimum order quantity policy applies.
- ISO 9001:2015 and ISO 14001:2015 certification are in place, and we verify the certification of any material used in your order, so you know which one is applicable.
The moment you open the package of a scratched, loose or dented device, something has already been lost. The packaging is the last one that touches the product before it reaches its customer, and it deserves as much consideration as the product itself.
This guide is written for electronics manufacturers and brands in Malaysia that plan on creating custom protective packaging for their device, accessory set or module. In this guide we cover all the factors that packaging should protect against, the structure of the layers, the reasons behind choosing moulded pulp electronics packaging, how inserts are designed around the actual product, and where specialised materials come in. For over four decades, we have been providing packaging solutions, and our best electronics packaging jobs tend to be those in which the fit has already been worked out before the tooling is made.
01. What Protection Does a Packaging Solution for Electronics Need to Provide Against?
Very seldom does an electronic gadget fail due to one dramatic event. In most cases, it is the little things that make all the difference: an edge getting bumped somewhere, a scratch on the screen, or an item rubbing against the box throughout the shipping process. To begin with, it would be useful to identify all the risks that the pack will protect the item against, since each risk requires a different solution from the pack.
| Risk | What creates this risk | How the pack handles it |
|---|---|---|
| Impacts/drops | Handling in the factory, warehouses, and during transport | A customised fitting pack absorbs the impact |
| Vibration | Long road, sea and air journeys | Cavities that hold the product so it cannot rattle or rub against the box |
| Scratches and scuffs | The product moving, or touching a rough surface | A smooth insert surface, clean trimmed edges and no loose fibre |
| Crushing | Stacking and pressure from other cartons | A corrugated carton and an inner box that keep their shape |
| Moisture and humidity | Damp storage and changes in climate during shipping | Dry storage, plus specialised barrier materials where the product needs them |
| Static discharge | Friction and dry conditions around static sensitive parts | Specialised antistatic materials chosen for the product, with the pack fitted around them |
The first four are what a fitted insert, an inner box and an outer carton deal with directly, and they are where we do most of our work. The last two are different. Moisture protection and electrostatic discharge control rely on specialised materials, such as barrier bags and antistatic packaging, that are chosen by the product owner. We do not replace those. We design the pack around them, so everything fits together.
02. What Are the Layers of a Protective Packaging Set for Electronics?
Good electronics packaging is a set, not a single box. Each layer does a different job, and the layers only work when they are designed together. If the insert is shaped for one box and the box is made for another, the product ends up loose or forced in.
| Layer | Typical material | What it does |
|---|---|---|
| Insert | Wet press moulded pulp | Holds the product and its accessories in exact positions and cushions them |
| Inner box | Rigid box or cardboard box | Presents the product, protects the insert and carries the brand |
| Outer carton | Corrugated box | Protects the pack through shipping, stacking and handling |
| Specialised barrier, where needed | Antistatic or moisture barrier material used for the product | Provides protection from static or moisture and goes inside the pack, as required by the product owner |
In creating any product, it is necessary for us to look at the package stack as a whole. The inner layer will depend on the insert, the inner box will be made depending on the insert, and the outer box will be adjusted according to the inner box as well as how the boxes are stacked. This is the only way to make sure that we avoid the most common mistake in package development: the one that works well on paper, but does not work in real life.
03. Why Is Moulded Pulp Used in Electronic Packaging?
Moulded pulp is a fibre based product, manufactured by moulding, pressing and drying it into a rigid component. The criteria for choosing moulded pulp packaging for electronics are mainly three: fit, finish and material. All of these are provided below and include the requirements customers usually mention after deciding in favour of such packaging.
- Close fit: every cavity is designed according to the profile of the item, so it is held in place and cannot move. This cannot be achieved with a simple flat sheet or a loose divider.
- Refined surface: wet press ensures a smooth, even finish, comparable to the inner tray of a phone box. Moulded pulp often brings to mind a grey, rough look, but that look is typical only of dry press, which is not our method.
- Room for everything: all items can be arranged inside the insert: the device, the charger, the cable and the manual, each in a dedicated cavity.
- A paper based material: the insert is fibre, so it keeps the pack paper based from the inside to the outside.
- The same result on every piece: the shape comes from the tooling, so the first part and the last part in a run match, and a repeat order on the same tooling matches the first.
The surface matters more than it might seem. A device with a glossy screen or a polished casing is sensitive to what it touches, and a fibre part that sheds or has a rough face can leave marks. The polished, heated tooling used in wet press is what gives the smooth face, and clean trimming removes loose fibre along the edge. If you want to see how the part is made step by step, we explain it in our guide to the molded pulp manufacturing process.
04. Which Electronic Products Suit a Moulded Pulp Insert?
Moulded pulp suits a wide range of electronics, but the best setup depends on the product. The table below shows the usual starting point for common product types. These are typical setups, and each one is confirmed on a product test fit and prototype for the project.
| Product type | Typical setup | What we check first |
|---|---|---|
| Phones, tablets and wearables | A rigid box with a shaped pulp insert and a space for accessories | Screen and edge protection, and how the cable and charger sit |
| Audio devices and earphones | A cardboard box or rigid box with a fitted pulp tray | Small cavities for each piece, and the lift and release of the case |
| Smart home and small devices | A rigid or cardboard inner box with a pulp insert, in a corrugated carton | Weight, ports and the way the device is lifted out |
| Accessories and cable sets | A cardboard box with a pulp insert or divider | Space for each item and how the set is presented |
| Modules and components that are not static sensitive | A pulp tray with several cavities in a corrugated carton | The number of cavities, handling and stacking |
For static sensitive parts such as bare boards and integrated circuits, protection comes from specialised antistatic materials, so tell us at the start how your product is packed and we will design around it.
05. How Is a Moulded Pulp Insert Designed Around an Electronic Product?
Design is where the pack is won or lost, because the tooling is cut from it. We start from the specification: the size and weight of the product, every accessory that needs its own space and the box the insert will sit in. Then we check the real product against those dimensions in a product test fit before any shape is drawn. Only once the fit is confirmed do we design the insert.
Electronics bring their own design points, on top of the general rules for moulded pulp, which are a slight slope on the walls so the part releases from the mold and rounded corners so the fibre forms evenly. These are the ones we settle with you.
| Design point | Why it matters | What we settle |
|---|---|---|
| Screens and glossy surfaces | They mark easily if they touch a rough or loose surface | Which faces rest on the insert, and a smooth surface where they do |
| Corners and edges | They take the first knock when a pack is dropped | Walls and ribs that sit close to the corners, with room to take up the impact |
| Ports, buttons and protrusions | Pressure on them can damage the product | Relief spaces so that nothing bears on a port or a button |
| Weight distribution | A heavy side will tilt or press harder on one wall | Where the insert needs more support, and how the product is seated |
| Accessories | Cables and chargers can move and rub against the device | A separate cavity for each, in the order the user opens the pack |
| Lift and release | A product that is hard to take out feels badly made | Finger space or a lift point, and enough clearance for easy removal |
We also leave a small, deliberate clearance around the product, so it seats easily and does not bind against the walls. A part that grips too tightly is as much a problem as one that lets the product move. Wall thickness is set in the design, with strength added by the shape, such as ribs, and not by adding material. Any logo or pattern to be embossed on the insert is also decided here, because it is cut into the tooling and cannot be added later without changing it.
06. Which Outer Box Should Go Around the Insert?
The insert holds the product, but the box is what the customer sees first and what protects the pack as it travels. We make three types, and most electronics packs use at least two of them.
| Box | Best for | What to know |
|---|---|---|
| Rigid box | Premium devices and presentation packs that need to feel solid | Keeps its shape, and gives room for finishes such as foil stamping and embossing. See our rigid box range. |
| Cardboard box | Lighter products and accessory sets | Made from art card without a fixed structure, so it suits a simpler pack. See our cardboard box range. |
| Corrugated box | Shipping, stacking and export | The protective outer carton for the finished pack. See our corrugated box range. |
A common electronics setup is a rigid box with a pulp insert, shipped in a corrugated carton. Because we make all three, the pieces are planned together and the fit is checked side by side. Which set suits your product depends on how it is sold, how it is shipped and what the pack needs to say about the product.
07. How Does Our Packaging Deal With Moisture, Static, and Scratches?
These three are threats to consider in virtually any electronics project, and each one requires a unique response. We would rather explain what our moulded pulp packaging does and does not do than leave it up to the product owner to figure out.
Scratches are taken care of by the packing system. The slick wet press surface of the moulded pulp, its cleanly cut edges, and any stray fibres removed with the cut make it soft enough to prevent scratches on glossy casings and screens. Properly fitted inserts also prevent any contact between the product and anything else, which is what usually causes the damage. Moisture is managed through proper storage and, when required, the use of a barrier layer. As moulded pulp is made up of fibres, it can retain moisture and get soft if stored in a moist condition. We pack completed parts in a dry state and check where they are to be stored to determine if there is a risk of moisture.
For static, specialised materials will come in handy. Moulded pulp is not an antistatic material by itself. If your product is susceptible to static, then the antistatic bag, tray or wrap is the product owner's choice, while the pulp insert and the box are made to accommodate it. The earlier you inform us about how the product is wrapped, the better we can tailor the fit. At the specification stage, the information only takes minutes to provide and will save you from a redesign after the prototype.
08. What Printing & Finishing Are Applied to an Electronics Pack?
The insert is the part of the electronics pack that is only seen once the pack has been opened, while the outer box is the part that catches everyone's eye first. For printing the outer box, colour consistency is key, especially for a range of products that you sell.
Our company prints to the G7 and Fogra 51 colour standards and we colour check our printing throughout the entire production cycle, and not just at the start. This is how the last box gets to match the first one, and a repeat order will match the previous order as well. The finishes for a rigid box, such as foil stamping, embossing and spot UV coatings, are determined right in the design phase and are done according to the artwork, so each finish will be in exactly the place where the designer wants it to be. The surface of the insert comes from the tooling, so it stays the same from the first piece to the last, and a logo cut into the mold is pressed into every part.
09. Can Electronics Packaging Be Sustainable and Certified?
Many electronics brands now ask about this, and it helps to be specific about what a claim actually covers. A moulded pulp insert is made from fibre, and our blend draws on bamboo, bagasse and recycled paper fibre. Fibre based parts can go into paper recycling where those facilities exist, but collection rules differ from place to place, so check what is accepted in the market where the packaging will be used. You can read more about our approach on our sustainability page.
On certification, we hold ISO 9001:2015 for quality management and ISO 14001:2015 for environmental management. If FSC certified paper matters for your outer boxes, tell us at the specification stage so we can confirm which materials on your order are certified. We confirm each of these per order, so you know exactly what applies to your packaging.
10. How Does Our Seven Stage Process Work for an Electronics Project?
Every project we make moves through the same seven stages. For electronics, the early stages carry the most weight, because they decide how well the insert holds the product.
Whether tooling has to be built is what separates a first run from a repeat order, and it is the biggest influence on the timeline.
| Factor | First run | Repeat order |
|---|---|---|
| Moulded pulp tooling | New tooling is built to the approved design | The existing tooling is reused |
| Reference | The physical prototype you approve | The approved pack from the first run |
| Timeline | Includes the tooling stage | Can move faster, as the tooling stage is not repeated |
| Changes | Settled in the design, before the tooling is made | A change to the insert shape means altering or remaking the tooling |
Our lead time is ideally 3 to 6 weeks, depending on how quickly specifications and design are confirmed. A minimum order quantity applies, and it is higher for moulded pulp than for boxes, because tooling is built for each design. Tell us your expected volume for each design at the start, so we can plan the tooling and the run. Our guide to the custom packaging manufacturing process shows the same seven stages across everything we make.
11. What Should You Send Us to Start an Electronics Packaging Project?
Your side of the sequence decides how quickly we can start the product test fit. This is what to have ready.
- The product: the real product or a sample sent to us, so the test fit is done on the actual item and not on a data sheet.
- Weight and fragile points: the weight of the product, and any area such as a screen, a lens or a port that needs extra clearance.
- Accessories: every cable, charger, manual or card that needs its own space in the pack.
- How it is protected inside: whether the product goes in an antistatic bag, a sealed bag or another barrier, so we design the fit around it.
- The box you want: a rigid box, a cardboard box or a corrugated carton, or a combination, and how the pack should open.
- Quantity: the number of pieces for each design, and whether you need all of them at once or in stages.
- Details for the mold: any logo or pattern to be embossed on the insert, since it has to be built into the tooling.
- Storage and delivery: where the packaging will be kept before use, the delivery address and date, and one person who can approve the prototype quickly.
12. What Problems Come Up in Electronics Packaging, and How Are They Prevented?
Most electronics packaging problems have a recognisable cause, and most can be prevented at the design or prototype stage. This table shows the ones we see most often.
| What can go wrong | Common cause | How it is prevented |
|---|---|---|
| A loose fit | A cavity that is larger than the product, or an accessory that was not included | The product test fit and the physical prototype, before the tooling is made |
| A tight fit | No clearance around the product, so it binds against the walls | A deliberate clearance built into the design and checked on the prototype |
| Scuffs on the product | The product moving, or a rough or dusty insert surface | A smooth wet press surface, clean edges and a fit that stops movement |
| Crushed corners on the box | An outer carton that is too weak for the stack | A corrugated carton sized and built for the way the cartons are stacked and handled |
| An insert that softens or distorts | Moisture picked up in storage | Parts packed dry and kept dry until use |
| Colour that differs across a range | Colour checked only at the start of a run | Printing to G7 and Fogra 51, with colour checked through the run |
| A pack that is hard to open | No finger space, or an insert that grips the product | Lift points and clearance checked by hand on the prototype |
None of these needs technical knowledge on your side. They need the right information early, and a prototype that you hold and test before anything goes into production.
13. Why Choose PT Print as Your Electronics Packaging Manufacturer in Malaysia?
We make the whole pack for an order, so the insert, the box and the outer carton are planned together. As a custom packaging manufacturer and protective packaging supplier for electronics, we work from your real product, not from a catalogue size.
- 40 years of experience: we have made packaging for over four decades, so the fit and tooling decisions that decide an electronics pack are ones we have made many times.
- Wet press moulded pulp: a smooth, finished surface with thin walls and sharp detail, made for presentation packaging. You can see the range on our pulp mold page.
- One manufacturer for the whole pack: rigid box, pulp mold insert, corrugated box and cardboard box, with the fit of every piece checked side by side.
- A set seven stage process: a product test fit, a physical prototype and your approval come before anything is produced.
- Honest about what pulp does: we tell you where moulded pulp helps and where it does not, so there are no surprises after the prototype.
- Certified quality: we hold ISO 9001:2015 and ISO 14001:2015 certification.
14. Conclusion
Protective packaging for electronics works when the insert, the inner box and the outer carton are designed together around the real product. A wet press moulded pulp insert holds the product and its accessories closely with a smooth surface, the box presents it, and the carton protects it in transit, while static and moisture protection come from specialised materials that we fit around. Send us the product, the accessories, the box you want and the quantity for each design, and allow for our ideal lead time of 3 to 6 weeks. If you are looking for an electronics packaging manufacturer in Malaysia, we would be glad to start with the test fit.
Need custom protective packaging for your electronic product?
Send us your product, its accessories and the quantity for each design, and we will take you through the test fit and prototype before anything goes into production.
Talk to Us About Electronics PackagingFAQs
What is custom protective packaging for electronics?
It is packaging designed around one specific electronic product so that it stays in place, is protected from impact, vibration and scuffing, and arrives looking as it should. For most products it is a set made of a moulded pulp insert, an inner box and an outer carton, planned together and checked with the real product.
Why is moulded pulp used for electronics packaging?
Moulded pulp can be shaped into cavities that hold a product and its accessories closely, so nothing moves in the box. Wet press moulded pulp has a smooth surface and thin walls, which suits devices and presentation packs, and it is a fibre based material that can go into paper recycling where those facilities exist.
Is moulded pulp antistatic or a moisture barrier?
No. Moulded pulp is a fibre material, so it cushions and positions the product but it is not an antistatic or moisture barrier material by itself. If your product is static sensitive or needs a moisture barrier, tell us how it is protected, for example in a specialised bag, and we design the insert and box around that.
Can you make a custom insert for our electronic product?
Yes. We start from the real product, its accessories and the box around it, and check the product against the dimensions in a product test fit. Only then do we design the insert, and a physical prototype is made and approved before production.
What types of boxes do you make for electronics?
We make rigid boxes, cardboard boxes and corrugated boxes, and we pair them with a pulp mold insert. A rigid box suits a premium presentation pack, a cardboard box suits lighter products and accessories, and a corrugated box protects the pack in shipping.
How long does it take to make custom electronics packaging?
Our lead time is ideally 3 to 6 weeks, depending on how quickly specifications and design are confirmed and whether it is a first run needing new tooling or a repeat order on tooling that already exists.
Is there a minimum order quantity?
Yes, a minimum order quantity applies and it differs by product type. Moulded pulp has a higher minimum than our boxes because tooling is built for each design. Tell us your expected volume for each design at the start so we can plan the tooling and the run.
Is moulded pulp packaging recyclable?
Moulded pulp is fibre based, so it can go into paper recycling where those facilities exist. Collection rules differ from place to place, so check what is accepted in the market where the packaging will be used. You can read more on our sustainability page.
What do you need from us to start an electronics packaging project?
We need the real product or a sample, its weight and any fragile areas, the accessories that go in the pack, the box structure you want, the quantity for each design, any logo to be built into the insert, and the delivery date. One person who can approve the prototype quickly also helps.