Center seam
Mark its width, rise and thickness. Decide whether the design should cross it, avoid it or use it as a deliberate centerline.
Convert a flat transfer rectangle into a cap-specific placement plan. Plot crown panels, center seams, eyelets, top button, brim transition, curvature and equipment access before asking a physical sample to prove the proposed result.

A cap front is not a flat uninterrupted canvas. Build the placement map from the specific blank. Photograph it straight on and in profile, then record construction points that can interrupt contact, change visible alignment or restrict access.
Mark its width, rise and thickness. Decide whether the design should cross it, avoid it or use it as a deliberate centerline.
Trace how each front panel curves from crown base toward the top button. Note reinforcement and changes in stiffness.
Measure their position relative to the proposed design. Keep stones and carrier clear unless the approved sample establishes another solution.
Identify the lower crown boundary, seam allowance and any area that cannot sit squarely on the working support.
Record internal components that affect support, handling or equipment access even when they are hidden in the finished front view.
Use one identified blank per drawing. If crown construction changes between colors or suppliers, create a separate map rather than reusing coordinates without verification.

Product 28 is named for T-shirts and hats and records DMC material, a 20 by 18 cm reference size and a 50-piece minimum. These facts describe the shown listing. They do not prove that the complete rectangular field fits every crown or that every cap accepts the same application.
Print the recorded bounding box at full scale, place it against the selected blank and mark which portion meets seams, curvature and brim clearance. If resizing or artwork changes are requested, ask for a new stone-layout proof. Scaling a raster preview can alter spacing and edge definition.
For a catalog inquiry, reference Product 28 directly and identify whether the listing size, only its design direction or a custom adaptation is being discussed.
Flatten the planning problem into a labeled panel net. The finished cap remains curved, but the net makes seam crossings and asymmetry visible before sampling.
Place left-side lettering and outward details with measured clearance from the center seam and the side-panel transition.
Define the top and bottom anchor coordinates. State whether the visual center follows the seam or an adjusted on-head view.
Mirror only when artwork is intended to be symmetrical. Verify letter direction, accents and unequal motifs separately.
Protect clearance around the top button and eyelets. Curvature increases as the design rises.
Reserve distance above the brim transition and account for internal structure behind the working face.
Mark the maximum visible width from straight ahead and confirm whether wraparound content is part of the approved view.
Attach this map to the proof with millimeter coordinates, blank code, color and size. A verbal request such as "center on front" is not enough to reproduce a specific cap placement.
A placement can look balanced on screen yet be impractical to support during application. Review the selected cap with the actual equipment and proposed process before approving the bounding box.
Identify which crown zone can be supported evenly and where seams or reinforcement interrupt the working surface.
Confirm that the transfer sheet can lie in the intended orientation without colliding with the brim or folding over hardware.
Determine which registration marks remain visible while the cap is positioned on the equipment.
Ask for the item-specific release direction and make sure the carrier can be removed without dragging across raised cap features.
No temperature, time or pressure is prescribed here. Those settings belong to the confirmed transfer, blank and equipment combination and should be validated with the supplier's current instructions.
A compact coordinate card should travel with the artwork and sample. Use features that can be found on each approved blank rather than measurements taken from a temporary fold.
State the measured distance from the lower crown seam or another agreed construction line to the bottom of the transfer field.
State the relationship to the center seam and identify any intentional optical offset visible when the cap is worn.
Record finished width and height, including outside stones and required carrier margin. Do not quote only the artwork core.
Add a front-view photograph and an on-form photograph bearing the same sample code, blank code and revision date.
Finished cap references help frame the review. Products 165 and 166 each record 21.65 to 23.62 inches of head circumference, a 2.95-inch brim, a 5-inch crown depth and a 7.08-inch diameter. Those dimensions belong to those cap listings and do not establish Product 28 placement.
For adjacent planning, use the custom rhinestone hat guide, transfer press test guide and custom rhinestone transfer guide.
Each checkpoint answers a different question. Keeping the sequence visible prevents a good flat artwork proof from being mistaken for a proven cap application.
Confirm cap code, construction, color and internal obstacles.
Test the complete bounding box against the measured crown zone.
Approve artwork orientation, stone layout and transfer-sheet dimensions.
Inspect contact, substrate response and visible alignment on the selected blank.
Photograph front, profile and three-quarter angles and sign the identified sample.
Keep revision failures and their notes. They reveal whether a later correction changed width, vertical position, seam clearance or application access, and they reduce ambiguity when the same design is adapted to another cap.
These answers keep recorded product facts, measured cap geometry and application validation in separate evidence layers.
Product 28 records a 20 by 18 cm DMC adhesive rhinestone transfer for T-shirts and hats with a minimum order of 50 pieces. That listing size is evidence for the shown design, not a universal cap decoration zone.
Seams, eyelets, the top button and curved panel edges can interrupt contact and alter the visible alignment. Marking them helps the buyer and factory discuss a realistic bounding box before sampling.
No fixed setting is supplied by this guide. Cap fabric, reinforcement, coating, transfer construction, equipment and platen access can differ. Obtain item-specific instructions and validate the exact pairing.
It should confirm visible centering, seam clearance, orientation, edge contact and appearance while the cap is shaped as it will be worn. Keep the approved sample code with the placement coordinates.
This guide focuses on transfer-sheet geometry, application access and cap-panel obstacles. The crystal cap guide compares the visible finished coverage and composition of active rhinestone cap products.
Send the blank code and sample, front-panel measurements, seam and eyelet map, authorized artwork, finished transfer field, horizontal and vertical origins, requested quantity, packing, destination and timing. State whether Product 28 is the exact listing under review or only an adjacent design reference.
Ask Teebling to confirm the proposed construction, application direction, sample route and current commercial terms. Release production from a coded applied cap viewed on form, not from an isolated transfer image. If the blank changes, reopen placement and access review.