The handle is where a plastic carrier bag fails, so it is the first thing to decide when specifying one. Die cut handle bags are the default for printed retail bags, but a patch, a soft loop or a vest construction can carry more, feel better or cost less depending on the job. This article compares the four main handle types and the less common rigid clip, with what each means for film thickness, print area and cost. For the overall product range and ordering, see custom printed plastic bags.
Which plastic bag handle type should you choose?
Choose a vest handle for low-cost, high-volume grocery-style bags; a die-cut handle for clean, printable retail bags with light to medium loads; a patch handle where die-cut bags need extra strength or reuse; and a soft loop handle where comfort and a premium feel matter most.
| Handle type | How it is made | Typical film and thickness* | Relative load capacity | Comfort | Print area | Relative cost |
|---|---|---|---|---|---|---|
| Vest (T-shirt) | Handles cut from a gusseted tube; top centre punched out | HDPE, ~10-25 µm | Medium for its weight | Fair; narrow straps dig in | Limited, interrupted by gussets | Lowest |
| Die-cut (punched) | Kidney or oval hole punched through both walls | LDPE/LLDPE, ~35-80 µm | Light to medium | Fair to good | Large and flat | Low |
| Patch handle | Extra film patch welded inside the top, then punched | LDPE/LLDPE, ~45-100 µm | Medium to heavy | Good | Large; patch slightly visible | Medium |
| Soft loop | Separate film loop heat-sealed to each face | LDPE/LLDPE, ~50-100 µm | Medium to heavy | Best | Large and uninterrupted | Medium to high |
| Rigid clip | Plastic clip welded or snapped onto the top | LDPE body, ~50-100 µm, plus rigid clip | Medium to heavy | Good | Large | Highest |
*Indicative ranges; the right value depends on bag size, load and film recipe. For converting micron to gauge or mil, see plastic bag thickness.
Die cut handle bags: the retail default
Die cut handle bags have a handle hole punched through both walls near the top of the bag. They are simple, efficient to produce and give an uninterrupted print area, which is why most printed retail and event bags use them. Their weak point is the corners of the cut-out, where tears start under heavy or swinging loads.
Common variants:
- Plain die-cut: the punched hole in single-thickness film. Fine for light goods such as clothing, cosmetics or brochures.
- Fold-over top (reinforced die-cut): the top edge is folded inside before punching, doubling the film around the handle without a separate patch. A good middle ground between plain die-cut and patch.
- Bottom-gusseted die-cut: adds depth so the bag stands open and takes boxed goods.
Design points: keep important artwork away from the punch area and its tolerance; position logos so they are not cut through by the handle; consider a fold-over top if the bag will carry more than light goods.
Patch handle bags: reinforcement where it counts
A patch handle bag has an extra layer of film welded to the inside of the bag mouth before the handle is punched, so the film around the hole is doubled or tripled. This spreads load and resists tear-out, allowing a heavier load or more reuse without thickening the whole bag.
Why buyers choose patch handles:
- Strength at the stress point without paying for thicker film across the bag body.
- Better reuse life for "bag for life" style programmes.
- A more substantial feel in the hand.
Points to check: the patch is visible from outside through thin or light film, which can slightly affect print appearance around the handle; patch film should be the same polymer family as the bag (PE on PE) to keep the bag mono-material for recycling; specify patch thickness separately from body thickness.
Vest (T-shirt) bags: efficient but limited
Vest bags are made from a side-gusseted tube: the top is cut out in the centre, leaving two straps that look like the shoulders of a vest. They use very little film, usually HDPE, and are the standard grocery and market carrier, but they offer limited print area and are the format most affected by thin-bag charges and bans.
- Thickness: typically very thin, which in the EU usually makes them lightweight plastic carrier bags (below 50 µm), the category Member States must reduce.
- Print: possible, usually one or two colours on the face panels; gussets and handle cut-outs interrupt the design.
- Block-headed vest bags are joined at the top for dispensing from a hook rack, then torn off.
- Strength: good for weight, but narrow straps and HDPE's tendency to split once punctured limit reuse.
Before specifying printed vest bags, check the market rules in plastic carrier bag regulations. Where thin bags are charged or banned, a heavier die-cut or patch handle bag, or a paper bag, is often the more durable choice.
Rigid clip handles
Rigid clip handles are moulded plastic clips fixed to the top of the bag, sometimes with a snap closure. They suit premium retail, display and some reusable bags, but add a separate rigid component, cost and assembly. If the clip is a different polymer from the bag body, recyclability suffers; if possible, specify a PE clip or a removable design.
How the handle changes thickness, weight and cost
The handle type sets the thickness the body needs. A patch or loop lets a bag carry more at the same body thickness, while a plain die-cut bag must be thicker to resist tear-out. Since film weight is the main cost driver, the cheapest bag per unit is not always the one with the cheapest handle.
Examples of the trade-off (indicative):
- A plain die-cut bag thickened to carry a medium load may use more film overall than a thinner patch handle bag designed for the same load.
- A soft loop bag adds loop film and a conversion step but can make a reusable bag last much longer, lowering cost per use.
- A vest bag uses the least film but is often charged, restricted or seen as single-use.
Film recipe matters too: an LLDPE-rich blend improves tear resistance around a punched handle. See LDPE vs HDPE vs recycled PE carrier bags. For other cost factors, see packaging cost drivers.
How handle choice affects printing
Every handle type changes where print can go:
- Die-cut and patch: the punched area and the patch outline need clearance in the artwork. Keep text and logos a safe margin from the cut.
- Soft loop: the full face is printable; loop seals sit at the top inside edge.
- Vest: gussets fold away part of the design, and the handle cut-out removes the top centre.
- Gusseted bags: side or bottom gussets can be printed, but the fold position varies slightly in conversion.
Mark all handle positions, seals and gussets on the dieline. More on print layout and registration on film is in printing on plastic bags. If you are comparing plastic with paper handle constructions, see paper bag handle types.
Handle specification checklist
- Handle type: vest, die-cut, fold-over die-cut, patch, soft loop or clip.
- Body film, blend and thickness; patch or loop thickness separately.
- Loop width and colour, or patch size.
- Heaviest load the bag must carry and how it will be tested (hang, lift or drop test).
- Expected reuse: single trip, occasional reuse or long-life bag.
- Gussets: bottom, side or none.
- Artwork with handle positions marked on the dieline.
- Market of use, for thickness and charge thresholds.
Send these details with your artwork via the custom printed plastic bags hub or our contact page, and the handle and film combination will be checked at technical review.