Shipping Supplies Guide

Bulk orders from Uline, Amazon Business, Alibaba, or eBay (often 40-60% cheaper than retail). For low volume, The UPS Store or big-box hardware stores work but cost 3-5x more per box.

Single-wall is fine for most under-15-lb packages with non-fragile contents. Double-wall is for 20+ lbs, long-distance, or fragile items.

Yes, as long as the box is structurally sound — no tears, compressed corners, or excessive tape residue. Remove old labels completely (or black them out) to avoid carrier confusion.

The most common is 9×6×4 inches — fits small apparel, accessories, books, and accommodates USPS Flat Rate Small box pricing if needed.

$2-10 per unit depending on size, print complexity, and quantity. Plus $100-500 in one-time setup costs (plates, printing setup).

500-1,000 units for most suppliers. Some smaller services (Packlane) go as low as 100 units but cost-per-unit is much higher.

2-6 weeks from artwork approval to delivery. Rush orders 1-2 weeks at 30-50% premium.

For brands with 100+ orders/month and identity-focused marketing, yes. For small sellers doing 5-20 orders/month, generic boxes with branded stickers often better economics.

When stock-box waste, dim-weight, or branding pays for the setup cost. If your product forces you into an oversized stock box (paying to ship air) or you're buying void fill to pad a bad fit, a right-sized custom box can pay back the tooling in dim-weight savings alone. Below a few hundred units of a stable-size product, stock boxes plus good void fill usually win.

It varies wildly — digital/short-run printers do quantities in the low hundreds at higher per-unit cost, while traditional die-cut runs want thousands to amortize the cutting die. Get quotes at your real volume before assuming custom is out of reach; short-run printing has made small custom orders far more accessible than the old thousands-minimum era.

Branded boxes can advertise contents (an electronics logo is a target), so high-value goods sometimes ship better in plain outers with branding inside as the unboxing reveal. Structurally, custom boxes are as strong as their board grade — spec the flute and wall to the weight, same as any box; printing doesn't weaken corrugated.

Build in lead time: custom runs take from about a week for short-run digital to several weeks for die-cut-and-print at volume, plus shipping the boxes to you. Reorder before you're down to your last few hundred — running out of your only box size stops fulfillment cold in a way stock boxes never do.

Yes — typically 30-50% cheaper per unit, plus they're lighter (reducing DIM weight costs).

Not recommended. Use bubble-lined poly mailers for lightweight fragile items, but boxes are safer for heavy or breakable goods.

2.5 mil is the standard for most ecommerce. 3+ mil for heavier or multi-item shipments. Below 2 mil is flimsy.

Yes — ideal use case. Fold the garment neatly, seal in the mailer, add a polybag inside if you want extra moisture protection.

Anything rigid, fragile, or crushable. Poly mailers are unpadded plastic envelopes — perfect for soft, non-breakable goods (apparel, textiles, plush) but zero protection for anything a stack of packages could crush. Books survive; ceramics don't. If the item has a shape to protect, it needs a box or a padded mailer, not a poly.

2-2.5 mil handles most apparel and soft goods; 3-4 mil for heavier or sharper-edged contents that could split a thin bag. Thicker resists tearing and punctures but costs more — match to the weight and edge-sharpness of what's inside. A heavy pair of jeans in a 2-mil bag is a split waiting to happen.

The bag itself is water-resistant, but the seams and the self-seal strip aren't waterproof — driving rain on a porch can wick in. For moisture-sensitive soft goods (some textiles, paper goods), bag the item inside the mailer or use a box. Poly resists incidental moisture well; it's not a dry-bag.

Standard poly mailers are store-drop-off film recycling, not curbside — same stream as bubble wrap. Recycled-content and compostable poly-alternative mailers exist and are increasingly popular for apparel brands. If sustainability matters to your buyers, the mailer choice is visible and worth making deliberately.

Paperbacks in good condition can ship in bubble-lined kraft padded mailers. Hardcovers or fragile/valuable books should go in rigid mailers or corrugated boxes — padded mailers don't prevent corner compression damage.

Bubble-lined poly mailers are water-resistant (not fully waterproof). Kraft-lined mailers are not water-resistant. For items sensitive to moisture, place inside a sealed polybag before putting in the mailer.

Poly mailers have no padding — they're just a plastic sleeve. Padded mailers have a layer of bubble wrap or paper cushioning inside the exterior material. Use padded for items that could crack, chip, or dent with rough handling.

Direct thermal for shipping labels. Thermal transfer is for industrial applications needing long-life labels. Direct thermal is cheaper and sufficient for 30-90 day shipping labels.

No. DYMO labels have proprietary sizing and won't feed correctly in non-DYMO printers. Buy Rollo-compatible 4×6 labels (plenty of cheap options).

500 labels per roll is standard. 1,000-count rolls are cheapest per-unit but require printer with larger roll capacity.

Yes. Direct thermal labels resist water, smudging, and scuffs — part of why they're preferred for shipping over inkjet labels.

Rollo printers use 4×6 inch direct thermal labels with a 1-inch core. Third-party rolls work fine — search for '4x6 thermal labels 1-inch core' and choose any reputable brand. Rollo's own branded rolls are more expensive without meaningful quality advantage.

Direct thermal is the right choice for shipping labels. Thermal transfer labels are for durable product labels that need to withstand abrasion or chemicals. Direct thermal shipping labels are cheaper (no ribbon required) and perfectly adequate for the transit duration of a shipment.

A standard 4×6 inch label roll holds 250–500 labels depending on the manufacturer. High-capacity rolls hold up to 1,000. Fanfold stacks for industrial printers come in 1,000–4,000 label counts.

No. Duct tape adhesive fails under shipping stress and isn't rated for packaging. Use clear packing tape, kraft tape, or reinforced paper tape.

2-inch is standard and provides good surface area. 3-inch for heavy-duty boxes. Avoid 1-inch — insufficient sealing.

Functionally equivalent for most uses. Clear tape is cheaper. Kraft tape is eco-friendly and recyclable with the box.

Either insufficient tape (too few strips), wrong tape type (masking/duct), or a box too full for its size. Use H-tape method with quality packing tape on properly sized boxes.

Pressure-sensitive packing tape (acrylic or hot-melt), 2 inches wide, 1.8+ mil — applied with the H-taping method (both center seams plus the two end edges). Skimp on width or use the wrong tape and boxes pop in the network. What doesn't work: masking tape, duct tape (its adhesive fails cold), and cellophane office tape.

Yes, in the cold and over time. Hot-melt (the shinier, stronger-initial-grab tape) holds heavy boxes well but can degrade in heat or over long storage; acrylic is cheaper, weathers temperature swings better, and is quieter off the roll. For cold-chain or long-transit shipments, acrylic's temperature tolerance is the safer default.

Only at volume or for security. Water-activated (gummed paper) tape bonds into the corrugated fiber for a tamper-evident, very strong seal — favored by high-volume and high-value shippers. For everyday shipping, quality pressure-sensitive tape applied properly is plenty; gummed tape's benefit is security and single-strip strength, not everyday necessity.

Usually dust, cold, or recycled-box surface. Tape needs a clean, dry, room-temperature surface to bond; cold boxes, dusty warehouse stock, and the coated surface of some recycled board all fight adhesion. Wipe the seam, let cold boxes warm up, and press the tape down firmly — adhesion needs pressure to activate.

The Scotch Box Sealing Tape Dispenser (ST-181) or Uline H-150 are the most common in ecommerce. Both accept standard 2-inch tape rolls, cost $10–20, and are durable enough for commercial use. Avoid plastic tape guns under $5 — they break under daily commercial use.

Minimum: one strip down the center seam top and bottom, plus H-reinforcement (short strips perpendicular at each end). For boxes over 20 lbs or carrying fragile/high-value contents, tape all flap edges as well.

Self-retracting safety knives (brands: Martor, Pacific Handy Cutter) are the safest — the blade retracts the instant you release pressure. They cost $15–30 each but significantly reduce cut incidents in high-volume settings.

For most ecommerce: 50 lb capacity. For heavy/oversized: 150-330 lb. Choose 20% above your heaviest typical package for accuracy buffer.

Kitchen scales max out at 10-15 lbs and aren't designed for shipping. Postal scales have proper capacity and accuracy for packages.

USPS requires accuracy to 0.1 oz for small packages. For 1+ lb packages, 0.1 lb accuracy is fine. Most $30-50 scales meet these standards.

For weighing bigger items or checking your package + yourself (then subtracting), yes — but bathroom scales are less accurate than postal scales and can't zero properly.

If you ship more than occasionally, yes — it pays for itself fast. Guessed weights cost money two ways: under-declaring triggers carrier adjustment fees weeks later, and over-declaring overpays on every label. A cheap digital scale that reads to the ounce eliminates both, and the carriers reconcile declared weight against their own scales regardless of your guess.

For parcels, a scale reading to 0.1 oz up to about 50 lb covers most e-commerce; heavier shippers want a 100+ lb platform. Precision matters most under a pound, where USPS ounce bands mean a fraction of an ounce crosses a price tier. If you sell light goods, prioritize fine resolution over huge capacity.

A kitchen scale works for light parcels if it reads high enough and to the ounce, but dedicated shipping scales add useful features: hold function (for oversized items that block the display), higher capacity, and tare for packaging. For serious volume the shipping scale's ergonomics matter; for a few light packages a week, a decent kitchen scale genuinely suffices.

After — always weigh the finished package. Carriers bill the shipped weight including box, void fill, tape, and label, and that can be a pound or more over the naked item. Weighing the packed parcel is the only number that matches what you'll actually be charged for.

Only if you ship at pallet scale (50+ boxes at once). For individual package shipping, stretch film isn't needed.

Hand for under 20 pallets/week. Machine for 50+/week. Machine saves labor time but requires $500-3,000 equipment investment.

3-5 layers for most loads. More for heavy or fragile. Corner wraps 2x base layers.

Uline, Grainger, Amazon Business. Bulk cases (4-6 rolls) are most cost-effective.

They're opposites people confuse constantly. Stretch film is applied under tension and holds by its own elastic memory — no heat, wrapped around a pallet or bundle. Shrink wrap is applied loose then heated (heat gun or tunnel) to shrink tight around a single product. For securing freight loads you want stretch film; for retail packaging of one item you want shrink wrap.

Gauge is film thickness. 70-gauge hand film handles typical light-to-medium pallets; 80-90 gauge for heavy or sharp-cornered loads; machine film runs its own thickness spec. Going thicker than the load needs just wastes money and tires your wrapping arm — match gauge to load weight and corner sharpness, not to a 'thicker is safer' instinct.

Almost always corners and base. Loads shift at the corners and topple when the top isn't tied to the base — so reinforce corners with extra passes and always start by wrapping the bottom layer to the pallet itself. A load that isn't anchored to its pallet is a load waiting to lean.

LLDPE stretch film is technically recyclable but not through most curbside programs — it's a store-drop-off plastic film like grocery bags, or a commercial recycling stream for high-volume operations. Warehouses generating rolls of it weekly should set up film recycling rather than landfilling; it's a clean, single-resin plastic that recyclers want.

For standard 40×48 pallets with 1,500 lbs or less, 3/4-inch polypropylene strapping with 2–3 horizontal bands is standard. For heavier loads or outdoor storage, use 1/2-inch or 3/4-inch PET strapping.

Not for low volume. Manual strapping tools (tensioner + crimper, around $30–80) handle PP and light PET strapping. Semi-automatic and automatic strapping machines make sense at 50+ pallets/day.

LTL carriers don't mandate strapping but recommend it. Unstabilized pallet loads frequently arrive damaged because they tip or shift during transit. Strapping combined with stretch wrap is standard practice for any LTL shipment.

Medium (5/16-inch) is the standard for ecommerce. Small bubbles for ultra-delicate small items. Large bubbles for fragile heavy items.

Minimum 2 layers for fragile items. 3+ for very fragile (glass, ceramics, electronics). Wrap tightly enough that the item doesn't shift, loose enough to compress on impact.

Bubble wrap for protection around the item. Peanuts for void fill in the remaining box space. Best practice: use both.

Bulk rolls from Uline, Amazon Business, PackagingBrahma, or Costco. Small-quantity retail is 3-5x more expensive per foot.

Small bubble (about 3/16 inch) for surface protection and wrapping small items; large bubble (1/2 inch and up) for cushioning heavier items and filling larger voids with shock absorption. Many packing stations keep both — small to wrap, large to cushion. Matching bubble size to the job beats over-wrapping everything in one size.

Bubbles facing in, toward the item — the flat side out. This protects the bubbles from popping against the box wall and puts the cushioning air directly against what you're protecting. It's the single most common bubble-wrap mistake and it measurably reduces protection when done backwards.

It's a store-drop-off plastic film, like grocery bags — not curbside in most areas. Clean, deflated bubble wrap goes in the same film-recycling stream. For eco-conscious brands, recyclable paper cushioning or biodegradable alternatives increasingly replace it; if you use bubble, tell buyers it's drop-off recyclable.

Absolutely — intact bubble wrap protects just as well the second time, and reuse is the greenest option. The only caveat is popped bubbles provide no cushioning, so check that the bubbles still hold air before trusting reused wrap on anything fragile.

For surface protection, yes — foam wrap is often better (non-abrasive, cleaner). For shock absorption during drops, bubble wrap and foam wrap have similar properties in thin sheets. For heavy or high-value fragile items, foam wrap in 1/4 in+ thickness with a correctly sized box is excellent.

Anti-static foam for any bare circuit boards, RAM sticks, CPUs, or similar components. Regular PE foam for assembled devices in their enclosures (phones, tablets, laptops) — the assembly already isolates sensitive components from static.

Uline and Sealed Air (Bubble Wrap brand) are the main bulk suppliers. For small quantities, Amazon Business is competitive. Buying in roll form (250–500 ft) is significantly cheaper per square foot than pre-cut sheets.

Traditional (EPS) peanuts: rarely recyclable in curbside programs. Starch peanuts: dissolve in water (compostable). Paper fill: curbside recyclable.

Air pillows are more cost-effective at high volume and create less mess. Peanuts conform better to oddly-shaped items. Use depending on item shape.

Use anti-static peanuts for sensitive electronics. Regular peanuts can create static discharge that damages components.

For eco-focused brands, yes. They're 2-3x the cost of EPS peanuts but biodegrade. For cost-sensitive bulk shipping, EPS remains cheapest.

Starch-based biodegradable peanuts dissolve in water and compost, which customers appreciate and which avoids the static-cling mess — but they're pricier and can slump under heavy weight or in humidity. Traditional EPS (polystyrene) peanuts are cheap, light, and moisture-proof but are a disposal headache buyers dislike. For most sellers the reputational win of biodegradable outweighs the cost on lighter items.

Only if used correctly. Peanuts let items migrate to the box wall unless the item is suspended in the center with peanuts fully surrounding it — 'float' the item, don't just pour peanuts on top. For genuinely fragile goods, double-boxing or foam is more reliable; peanuts shine for irregularly-shaped, moderately-durable items.

Many pack-and-ship stores (including UPS Store locations) accept clean peanuts for reuse — a genuinely circular option. Starch peanuts dissolve under a tap or go in compost. Point customers to reuse/dissolve options in your packing insert; it turns a disposal annoyance into a small goodwill moment.

Static. EPS peanuts build static charge from friction, which is the source of the clinging mess. Anti-static peanuts exist for electronics (regular peanuts can hold a charge that damages sensitive components — never use standard EPS around bare electronics). Starch peanuts don't static-cling at all, another point in their favor.

Not quite — bubble wrap absorbs more impact. But kraft is sufficient for non-fragile items and significantly better for the environment.

Yes — kraft paper is fully curbside-recyclable with regular paper recycling programs.

Uline, Amazon Business, and Paper Mart offer bulk kraft rolls. 30 lb weight in 1,000+ ft rolls is most cost-effective.

Kraft is tougher and suitable for shipping. Tissue is thinner and decorative — use both for premium unboxing with kraft as the protective layer and tissue as the presentation wrap.

Depends on the goods. Crumpled kraft paper is recyclable, curbside-friendly, and great for void fill and wrapping non-fragile items; bubble wrap cushions shock better for fragile goods but is a plastic-film disposal problem. Many sellers use kraft for void fill and reserve bubble for the fragile item itself — best of both.

Lighter (30-50 lb) for wrapping and light void fill; heavier (60-70 lb) for reinforcement, wrapping heavier items, or when you want the paper to hold a crumple. Rolls sold for shipping usually indicate the use; if you're buying one weight, a mid-range basis weight covers the most tasks.

For flat, durable, non-fragile items sometimes — heavy kraft or a padded kraft mailer can survive the network for books, apparel, and similar. But loose kraft paper is a wrap-and-void material, not a shipping container; it needs a box or mailer around it for anything the carrier will toss, stack, and conveyor.

For most shipping uses, no functional difference — recycled kraft is standard and marketing-positive. Virgin kraft is marginally stronger and cleaner-looking for premium unboxing. If sustainability is part of your brand, recycled kraft is the obvious pick and buyers notice the choice.

A rough guide: 2–3 sheets for wrapping a standard item, plus 4–6 sheets crumpled for void fill in a standard 12×9×4 box. Buy in reams of 500 sheets or rolls of 300–600 ft depending on your volume.

For moderate fragility (ceramics, kitchen goods), crumpled packing paper in a correctly sized box provides excellent protection and is more eco-friendly. For highly fragile items (glassware, electronics), bubble wrap or foam wrap provides better shock absorption per inch of thickness.

Yes for protection purposes, but the ink transfers to items. Avoid with anything light-colored, printed, or porous. Unprinted newsprint is cheap enough that the ink transfer risk isn't worth it.

For moderate cushioning needs (non-fragile to moderately fragile items), crumpled paper void fill is comparable to bubble wrap. For highly fragile items (glassware, electronics), foam wrap provides better shock absorption than either.

At 30+ boxes/day, a basic paper machine (Ranpak GP, around $1,500–3,000) typically pays for itself within a few months through labor savings. Below that volume, hand-torn kraft paper is more economical.

Honeycomb wrap is kraft paper with die-cut hexagonal perforations. When you pull the ends, it expands into a cellular cushioning material. Wrap around items the same way you'd use bubble wrap — it holds shape and provides surface and moderate impact protection.

A frozen 16 oz gel pack in a foil-lined box stays below 40°F for approximately 12–18 hours at 70°F ambient. In an EPS foam box, 18–24 hours. Add more packs and thicker insulation for longer transit times.

USPS prohibits dry ice in all mailpieces. Dry ice must be shipped via UPS or FedEx with proper hazmat labeling (Class 9 UN1845 markings — the older ORM-D marking has been retired) and carrier notification.

Gel packs maintain cooling passively as they thaw. Phase change materials are engineered to hold a specific target temperature (e.g., exactly 2–8°C) for longer durations with better consistency — they're used for pharmaceutical cold chain shipments where temperature precision matters.

For consumer electronics in finished products (phones, cameras), standard packaging is typically sufficient for domestic transit. For bare circuit boards, PCBs, and sensitive components, moisture barrier bags with desiccants are strongly recommended — moisture can cause corrosion and ESD issues.

Silica gel desiccants absorb water vapor from the air inside a sealed package. They don't produce anything — they just capture moisture molecules. When saturated, they stop working. Size them for the expected transit duration — don't assume one small packet protects a large sealed bag for a month.

Yes — silica gel can be regenerated by heating in an oven at 250°F for 1–2 hours. The color-indicating type (blue/pink) makes it easy to see when they're saturated and need regeneration.