Microencapsulated PCM woven into yarn and coated onto cloth — bedding, cooling finishes, and the PanSure® climate throw. The fabric absorbs body heat at the warm threshold and buffers it back, smoothing the skin-contact temperature instead of spiking it.
1. The microclimate spikes first. Long before the room feels warm, the thin layer of air between skin and fabric climbs. That microclimate — not the thermostat — is what you feel as “too hot.”
2. Ordinary fabric only insulates. It slows heat one way. It can’t absorb a surge and give it back later, so under a duvet or a jacket the heat just accumulates.
3. “Cool-touch” fades fast. Conductive cool-touch finishes feel good for a few seconds, then saturate. There’s no capacity behind the sensation.
Microencapsulated PCM gives the cloth real thermal capacity. As skin-contact temperature rises through the phase point, the capsules melt and pull heat in — holding the microclimate in a comfortable band — then re-solidify and release it once you cool. The cool-touch lasts because there’s a buffer behind it.
A PCM core sealed in a robust shell down to 200 nm. It melts and re-freezes at the comfort point without ever leaking into the fibre.
Capsules are spun into the fibre or bonded as a finish — distributing capacity through the whole cloth, not just on the surface.
Woven or knitted into bedding, apparel, and throws — soft hand-feel, machine-washable, with thermal buffering built into the cloth itself.
Quilts, pillow covers, and mattress toppers that pull the warm peak off the body at sleep onset — for a cooler, steadier night without dropping the room temperature.
The PCM control throw — a soft blanket with embedded latent capacity that holds a comfortable contact temperature on the sofa or in bed.
PCM yarn and coated finishes supplied to apparel and home-textile makers — for shirts, linings, and activewear that smooth the skin microclimate.
The more of the following you can share early, the faster we can return a useful response. None of these constitute a commitment from either side.
You share product type, comfort target, base fabric, and care needs. We return a written fit assessment within ~5 business days.
Joint review of phase point, capsule loading, and spun-in vs. coated integration — with predicted contact-temperature performance.
Material swatches and a representative product sample, tested for contact temperature, hand-feel, and wash durability.
Pre-production run reviewed against the sample data. Decisions to scale into a line are made on measured evidence.
Phase-point options at skin comfort, capsule size distribution, latent capacity per gram, wash durability, and skin-safety characteristics.
Spun-in vs. coated trade-offs, recommended loadings by product type, and hand-feel / durability guidance for mills.
Editable template covering contact-temperature measurement, wash cycles, success criteria, and reporting format.