Boundaries

RAG Tailors lab coats are made primarily from cotton, polyester and technical blends. Cotton offers comfort and breathability, ideal for prolonged use. Polyester ensures durability and stain resistance. For environments that require chemical protection, we use fabrics with special liquid-repellent treatments. The density of the fabric (usually between 180-240g/m²) determines the level of protection, with denser fabrics recommended for laboratories with greater exposure to biological or chemical risks.

Hospital gowns are designed with antimicrobial fabrics that are easy to clean and resistant to frequent washing at high temperatures. They usually have long sleeves and strategic pockets. Laboratory gowns offer greater chemical protection, with adjustable cuffs and knee length. School gowns prioritize durability, comfort and ease of maintenance, often with pockets for school supplies and fabrics that are resistant to frequent washing. At RAG Tailors, each model is designed considering the specific needs of each environment, ensuring functionality and compliance with safety standards.

RAG Tailors can customize professional gowns using embroidery, printing or screen printing, adapting them to your organization’s needs. To request this service, simply send an email with the desired references and the image to be applied to obtain a personalized quote. Customizations can include logos, names, departments or specific user information. The delivery time for customized gowns is 10 to 15 business days, ensuring a professional finish that enhances your institution’s visual identity.

To maximize the durability of gowns, we recommend washing at temperatures appropriate to the type of fabric (generally 30-60°C). Hospital or laboratory gowns may require washing at higher temperatures to ensure disinfection. Avoid the use of chlorine bleaches on colored gowns. Drying should preferably be done in the shade to prevent fading. For gowns with special treatments (antimicrobial or repellent), strictly follow the specific instructions. In environments with high exposure to contaminants, it may be necessary to use industrial laundries that guarantee the complete removal of biological or chemical agents.

Disposable and reusable gowns offer different levels of protection. Disposable gowns are ideal for short visits to controlled areas or single-risk situations, offering basic protection against splashes and particles. RAG Tailors’ reusable gowns provide superior, long-lasting protection, with fabrics specially developed to withstand multiple exposures to chemical or biological agents. While disposable gowns contribute to increased waste, reusable gowns represent a more sustainable and cost-effective choice in the long term, maintaining consistent levels of protection throughout their useful life.

Professional gowns must comply with various certifications depending on their application. For medical and laboratory environments, compliance with standards such as EN 13795 (surgical clothing) and EN 14126 (protection against biological agents) is essential. Gowns used in environments with chemical risks must comply with EN 13034. Fabrics must meet the Oeko-Tex standard to ensure the absence of harmful substances. At RAG Tailors, all our gowns are manufactured in accordance with applicable European standards, ensuring maximum protection and safety for users in each specific professional environment.

To purchase quality professional gowns, we recommend specialized suppliers such as RAG Tailors, recognized for its excellence in professional clothing. When choosing, consider: suitability for the work environment (hospital, laboratory or school), quality of materials (resistance to frequent washing and chemicals), comfort for prolonged use, presence of functional features (pockets, easy-access zippers) and possibility of customization. Also check whether the gowns comply with the safety standards of your sector. For orders without customization, RAG Tailors offers fast deliveries, up to 5 business days, guaranteeing quality and punctuality.