On the car ride over, before I met Amber and took my picture, I contemplated about which body part I should choose. I was so intrigued by this, I just had to meet Amber Krzys, creator and founder of bodyheart. The simple act of a heart painted on the skin also sparked moments of self reflection, compassion, honesty, and a touching revelation and reminder about self love. This very simple concept sparked an incredible and thought-provoking conversation between the two of us about women and their liberation from the social obligations of how society thinks we should look. As part of the project, Alexis was asked to draw a heart on her favorite part of her body, take a professional photo, and then explain why she loved it. Tratamientos para cabello y Cuero cabelludoĪ year ago, a friend and fellow real beauty activist, Alexis Wolfer, was invited to be a part of an ongoing project called bodyheart, a program dedicated to improving the self esteem of women and their relationship to their bodies. Fighting Fire, TogetherĪt Coopers Fire, we’re always developing, testing and improving our products, to keep us at the cutting edge of fire protection for buildings.OutFit With Kit: Heart Your Body | Beautylish The concrete, brick and glass we use to make structures is inert and naturally fire-resistant: it’s usually the furniture and goods we put inside buildings that take to flame.īut to make everything out of aluminised fibreglass just wouldn’t be practical, comfortable or affordable – and it’s better to have good fire safety in place to prevent fire from happening in the first place. Zetex is now used in specialist fire curtains for theatres, replacing asbestos. Can’t We Make Buildings from These Materials?Īctually, we do – similar synthetic fibreglass materials used as insulation also serve to provide fire resistance – the insulation in your loft, as an example. An additional 10kg of weight can be expected to be added when donning an entry suit, even before breathing apparatus has been fitted.īecause of the toll they take on the wearer, and the inherent risks of being engulfed in flames, entry suits are reserved for the most extreme situations only. Extremely heavy insulation is used, too – which makes mobility and wearer stamina an issue. Zetex outperforms asbestos and almost all other synthetic fibreglass materials, and can be formed into a texturised fabric that can be applied to clothing. Instead, specialist fibreglass materials like Zetex are used, which exhibit many of the same properties as asbestos without the health risks. Entry suits usually aren’t aluminised reflecting radiation isn’t going to help when heat is being directly conducted through the material. It’s a highly specialised piece of protective equipment for firefighting, where the user is likely to become totally engulfed in flames. Entry SuitĬomplex rescue operations may require a firefighter to enter partially burning areas in order to clear a path out for trapped persons – and an entry suit is the most heavy-duty protection available for getting close to fire. For entry into flames, a more substantial suit is required. The user has about 30 seconds of complete engulfment before second-degree burns can occur. Generally, a proximity suit (and the person inside it) cannot survive long periods of direct contact with flames. It’s an extremely poor conductor of heat, making it an ideal insulator. Quilted Nomex® fabric (or a blend) is typically used as an insulation material: it’s tough, breathable, highly resistant to burning and doesn’t stretch, shrink, melt or drip. The more insulation, the better the resistance – but it can negatively impact mobility, which can be a crucial requirement. The aluminium can reflect up to 90% of the radiation from a fire, but it’s the interior insulation layers which prolong the duration that a person can be indirectly exposed to fire for. The suit works by reflecting high radiant loads with an aluminised outer layer, usually vacuum-deposited onto Kevlar or fibreglass. Fire proximity suits consist of several parts, which fully envelop the wearer and seal them from the environment: Modern proximity suits are still used by industrial workers, but they’re also used by volcanologists and for complex firefighting situations – like ARFF. Back then, the heat resistant material of choice was asbestos – now known to be fatally carcinogenic – but the principles of radiation, reflection and insulation are still the same today. Proximity suits date all the way back to the 1930s, when industrial workers in close quarters with furnaces needed protection from the incendiary temperatures.
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