Trilobal profile
Three lobes are proposed to increase directional edges and surface exposure compared with a round filament.
Fiber architecture as a design variable
Engineered at the point of contact.
DiatomWeave is exploring whether manufacturable fiber geometry can create a repeatable physical interface within a textile. The mechanism is proposed—not proven.
Conceptual visualization. Geometry is illustrative and not a verified micrograph, production specification, or tested prototype.
Integrated serrations
Fine, repeating features are envisioned as part of the continuous fiber—not loose particles or an applied insecticide.
Textile architecture
Yarn assembly and weave structure would determine whether functional geometry remains accessible in the finished material.
Proposed mechanism
A hypothesis designed to be tested.
The working hypothesis is that controlled microgeometry could mechanically interact with an insect cuticle and potentially contribute to moisture loss. That chain of events has not been demonstrated for DiatomWeave.
No claim is made that DiatomWeave kills, repels, prevents, or controls bedbugs. Any such statement would require appropriate prototype data, independent review, and regulatory assessment.
Key questions
- Can the intended geometry be manufactured consistently?
- Does it survive weaving, use, abrasion, and laundering?
- What interaction occurs under controlled conditions?
- Is the material safe and suitable for intended environments?
Technical collaboration
Turn geometry into evidence.
We are seeking fiber-forming, textile engineering, microscopy, and independent testing capabilities.
Discuss technical fit