Outlast® was originally developed for NASA to protect astronauts from extreme temperature fluctuations. Today Outlast® brings comfort to the life of millions of citizens on Earth and has been awarded with the prestigious seal of approval “Certified Space Technology”.
Outlast® materials will keep you more comfortable by absorbing excess body heat when you create too much and releasing it when you need it most.
Everybody’s sensitivity to temperature changes is different, which means everyone sweats or becomes chilled at different rates; quickly or slowly. But the temperature corridor in which we feel comfortable is relatively narrow: when the body core temperature of 37°C fluctuates only 2°C upwards or downwards we are subject to fever or hypothermia. Here Outlast® products help. They reduce temperature swings and influence the comfort zone efficiently. The microclimate is well balanced, one sweats less and is less chilled. You feel not to hot, not too cold, but just right.
The breast forms with Comfort+ technology provide three product improvements incorporated into one breast form: soft, light, and dry. The new super-soft, ‘feels like cashmere’, outer film is combined with an innovative, light weight soft silicone formula which is at least 25% lighter than standard silicone breast forms in the same shape. Women stay drier and more comfortable with the new Comfort+ layer. This middle layer helps to equalize the temperature in the microclimate around the breast form. The Comfort+ layer enhances wearing comfort by: 1) absorbing excess body heat from the chest wall during a rise in temperature which reduces overheating and therefore perspiration behind the form, 2) warming the body with the stored heat during a drop in temperature. This effect is observed by a color change indicator. Comfort+ technology will be available in two Amoena breast form segments: Amoena Contact, an attachable breast form with skin-friendly pearl adhesive giving a woman more freedom, security and self-confidence; and Amoena Natura, breast forms that feature a flowable gel back that fits gently and softly over scar tissue on the chest wall.