Colpac Compostable Kraft Tortilla Sleeves (Pack of 1000)
Product Description
These kraft paper tortilla sleeves from Colpac are a straightforward, compostable option for serving wraps, filled tortillas, and similar hand-held items in a food-to-go or counter-service environment. Made from paper,...
Specifications
- Box quantity
- 1000
- Colour
- Brown
- Dimensions
- 225(W) x 103(L)mm
- Material
- Paper
Downloads
Product Description
These kraft paper tortilla sleeves from Colpac are a straightforward, compostable option for serving wraps, filled tortillas, and similar hand-held items in a food-to-go or counter-service environment. Made from paper, they offer a practical alternative to plastic-based packaging for operators who want to reduce their environmental footprint without complicating front-of-house service.
In service, the sleeves hold wraps securely, keeping the filling together during handover and helping customers eat on the move with less mess. They are quick to load and hand out during a busy lunch run — no assembly, no fiddly components — which matters when throughput is the priority.
- Compostable construction supports waste reduction and sustainability commitments
- Natural kraft finish suits most food-to-go and street food concepts
- Paper material helps keep hands cleaner and retains a little heat during service
- Pack of 1000 suits regular restocking cycles at medium to high-volume sites
- Standard dry storage is all that is needed — no specialist conditions required
It is worth being realistic about one limitation: as a paper product, these sleeves are not well suited to heavily sauced or very wet fillings, which can soften the material quickly. They perform best with moderately filled wraps where the sleeve needs to hold its shape through the handover and the first few minutes of eating.
These are well suited to cafés, food trucks, school canteens, and quick-service restaurants running a wrap or burrito offer. For sites going through considerably more than 1000 units per week, it is worth asking us whether a larger case format is available to reduce the frequency of restocking.
If you are working out whether these fit your service style or have questions about filling types and compatibility, we are happy to talk it through.
Key Features
- Compostable kraft paper construction certified for sustainable disposal
- Sized to hold standard filled wraps and tortillas securely during service
- No assembly required — sleeve loads quickly for high-pace counter service
- Pack of 1000 units supports consistent restocking at busy food-to-go sites
- Standard dry storage with no specialist environmental conditions needed
Operational Benefits
- Reduces plastic packaging waste without slowing down counter service
- Keeps wraps intact during handover, reducing mess for customers on the move
- Speeds up service handover with no fiddly preparation or assembly steps
- Supports sustainability targets with fully compostable single-use packaging
- Bulk pack quantity lowers restocking frequency during high-volume service periods
Specifications
- Box quantity
- 1000
- Colour
- Brown
- Dimensions
- 225(W) x 103(L)mm
- Material
- Paper
- Weight
- 130g
Downloads
Frequently Asked Questions
- Paper-based sleeves are best suited to moderately filled wraps where the filling is not excessively wet or heavily sauced. Very moist fillings can soften the kraft material quickly, which may compromise the sleeve's structural integrity during service. If your wrap offer tends to be sauce-heavy, it is worth discussing alternative packaging options with us.
- A case of 1000 suits cafés, canteens, and food-to-go counters with steady but moderate wrap turnover. Very high-volume sites — those running through 1000 or more units in a single busy week — may find it more practical to ask us whether a larger case format is available, which would reduce handling time and restocking frequency.
- Standard dry storage is all that is required — no refrigeration or specialist conditions are needed. As with most paper-based food packaging, they should be kept away from moisture and damp environments, which can affect the material before it even reaches service.