The ear muff is a hearing protection device designed to reduce exposure to loud noise in industrial, construction, or mechanical environments. It fully covers the ears with soft, padded cups to ensure comfort and excellent sound insulation. EURL MPS DE L’EST offers adjustable and foldable ear muffs that meet international noise reduction standards, providing effective and long-lasting protection for workers. The ear plug is a compact hearing protection device inserted directly into the ear canal to block excessive noise. Made of soft, hypoallergenic materials, it ensures comfort even during extended use. EURL MPS DE L’EST provides reusable and disposable ear plugs, ideal for noisy workplaces such as factories, workshops, and construction sites.

A pedestal-mounted safety eyewash is an emergency device installed in industrial or laboratory environments, used to quickly rinse the eyes in case of exposure to hazardous substances (such as chemicals, irritating dust, etc.).

Safety glasses are personal protective equipment designed to protect the eyes from splashes, dust, chemicals, and airborne particles. EURL MPS DE L’EST offers a range of chemical and safety goggles, available in clear lenses for optimal visibility and black lenses for bright or outdoor environments. Equipped with anti-fog and scratch-resistant coatings, they provide lasting comfort and clear vision even under demanding working conditions. These glasses combine durability, ergonomic design, and style, meeting international safety standards for effective and reliable eye protection.

Safety gloves are essential personal protective equipment designed to ensure the safety and comfort of workers in various professional environments. EURL MPS DE l’EST offers a wide range of protective gloves adapted to different risks and applications, combining strength, flexibility, and ergonomic design. The available models cover all types of protection needs: Cut-resistant gloves – for handling sharp objects and preventing cuts and abrasions. Leather gloves – durable and robust, ideal for handling, welding, and construction work. Heat-resistant gloves – designed to withstand high temperatures, flames, and molten metal splashes. Chemical-resistant gloves – providing effective protection against corrosive products, solvents, and hazardous liquids. Mastery gloves (precision gloves) – lightweight and flexible, perfect for assembly, maintenance, and precision tasks. Cold-resistant gloves – insulated and waterproof, ensuring warmth and comfort in low-temperature environments. With its expertise and high-quality products, EURL MPS DE l’EST guarantees optimal hand protection, meeting the strict requirements of industrial, chemical, logistics, and technical sectors.

The safety mask is a respiratory protection device designed to filter harmful particles, gases, and vapors in the air. It provides full protection for the nose, mouth, and face. EURL MPS DE L’EST offers durable, comfortable masks that meet international safety standards, suitable for industrial, chemical, and medical environments. The half mask protects the respiratory system while keeping the field of vision clear. Lightweight and ergonomic, it covers the nose and mouth and is used with interchangeable filters against gases, vapors, and dust. EURL MPS DE L’EST provides soft silicone half masks ensuring perfect sealing and comfort for long-term use. The Panarea Twin is a dual-cartridge half mask designed for high-performance respiratory protection against a wide range of gases and particles. Its ergonomic and lightweight design ensures a perfect fit and excellent comfort. Equipped with two side filters, it reduces breathing resistance and balances weight evenly on the face. Ideal for demanding industrial and chemical environments.

Safety Workwear, coveralls, and overalls are protective garments designed to ensure the safety, comfort, and practicality of workers in various professional environments. They are available in different sizes and colors and can be customized according to the client’s requirements. Manufactured from durable fabrics such as cotton, canvas, or technical materials, they can be antistatic, acid-resistant, flame-retardant, or water-repellent, depending on the specific workplace hazards. These garments provide effective protection against splashes, chemicals, heat, and static electricity, while ensuring freedom of movement and optimal comfort for the user.

The airlock is designed as a cabin made of reinforced materials. It consists of two partitions that connect an exterior door and an interior door. The airlock defines a security area that must be crossed to enter the building. The two doors are interlocked, ensuring a constant continuity of the security perimeter. Its installation at the building entrance provides excellent security by creating a visible and therefore deterrent obstacle. All the information required for the airlock's operation is managed electronically using a PLC that receives various sensors (call, door status, etc.) as inputs and controls the various actuators (locks, indicator lights, etc.) as outputs. The doors are locked using CORNI-type electric locks. In addition to standard operation, these locks also feature a Fire Safety application, allowing immediate opening in the event of an alarm. A control panel, linked to the airlock management system, allows for the selection of different operating modes based on requirements related to traffic fluctuations and varying security levels. Persons pass through the airlock according to procedures that require a variety of controls with the aim of: Dissuading potential attackers from committing an act; Prohibiting access to the site to people who pose a risk; Providing mechanical resistance to attackers who no longer conceal their intentions.

The airlock is in the form of a cabin made of armored materials. It is made up of two partitions which together relieve an exterior door and an interior door. The airlock delimits a safety volume that must be crossed to enter the building. The two doors are slaved to each other, which ensures continuity of the security perimeter. Its installation at the entrance to the building allows, by creating a visible and therefore dissuasive obstacle, to obtain a very good safety approach. All of the information necessary for the operation of the airlock is generated by electronic management thanks to a PLC which receives the various sensors as inputs (call, door status, etc.) and which controls the various actuators (locks, indicator lights, etc.) as inputs. … ..). The doors are locked by electric CORNI type locks. In addition to conventional operation, these locks benefit from a Fire Safety application, allowing immediate opening in the event of an alarm. A control panel, in conjunction with the airlock management, makes it possible to choose different operating modes according to the requirements linked to the fluctuation in traffic and the variation in the level of security required. The passage of people in the airlock is carried out according to procedures which call for various and various controls in order to: Dissuade potential aggressors from taking action; Prohibit access to the site to people at risk; Oppose mechanical resistance to aggressors no longer hiding their intentions

La solution Scan me est une solution Android mobile pour Inventaire, réception, expédition. Elle permet de réaliser des opérations d’inventaire physique avec la technologie code à barres ou RFID.

High, low, and ranger safety shoes are protective footwear designed to ensure maximum safety, comfort, and durability for workers in various industrial and professional environments. These shoes are equipped with reinforced toe caps and anti-puncture soles, offering effective protection against impact, compression, slipping, and perforation. -High safety shoes provide additional ankle support and protection against water or debris. -Low safety shoes offer lightweight comfort and flexibility, ideal for indoor or light industrial use. -Ranger boots combine robustness and comfort, suitable for heavy-duty outdoor work and security professionals.

A fire sprinkler head is an automatic fire detection and suppression device connected to a pressurized water distribution system. It is designed to automatically release water when a fire is detected through a rise in ambient temperature. Each sprinkler head contains a heat-sensitive element (either a glass bulb or a fusible link) that breaks or melts at a specific activation temperature (typically between 57 °C and 141 °C). Sprinklers are arranged in networks to provide uniform coverage of the protected area. They operate independently, meaning only the sprinkler exposed to the fire activates. TECHNICAL CHARACTERISTICS: Function: Automatic fire suppression by water discharge. Activation type: Glass bulb (thermal liquid) or fusible link. Activation temperature: 57 °C, 68 °C, 79 °C, 93 °C, 141 °C (depending on area). Material: Brass, bronze, stainless steel, or nickel-plated alloy. Working pressure: 0.5 – 12 bar (as per EN 12259-1). Spray types: Pendent, Upright, Sidewall, Concealed. Applications: Industrial buildings, commercial premises, car parks, warehouses, hotels, hospitals, etc. Standards: EN 12259-1 / NFPA 13 / UL / FM Approved.

The installation of a fire protection network aims to ensure optimal protection against fire risks in industrial, administrative, or commercial buildings. The study and installation of this network guarantee the safety of people, the protection of property, and regulatory compliance according to national and international standards (NF S 61-750, EN 12845, APSAD R1, etc.). 1. Study Phase : a. Needs Analysis : -Identification of the type of site (warehouse, factory, office, service station, etc.) -Evaluation of the fire risk level (low, medium, or high) -Determination of the areas to be protected (indoor and outdoor) -Study of the available water source (public network, tank, reservoir, or borehole) b. Network Design : -Definition of the hydraulic layout and pipeline routing -Sizing of the network (flow rate, pressure, head losses) -Selection of materials (galvanized steel, ductile iron, HDPE, etc.) -Selection of appropriate equipment: -Fire pump (electric and/or diesel) -Water storage tank or reservoir -Fire hydrants, hose reels (RIA), sprinklers, or deluge systems -Accessories: valves, check valves, fittings, pressure gauges, etc. c. Regulatory Study : -Compliance with fire safety department (SDIS) requirements -Application of APSAD and EN standards for fire water systems -Integration of fire safety signage and evacuation plans 2. Installation Phase : -Site preparation -Installation works (pipe laying, equipment assembly, electrical connections) -Testing and commissioning (pressure, flow, and operational tests) 3. Maintenance and Monitoring : Regular maintenance is essential to ensure the reliability and efficiency of the fire protection system. It includes inspection of pumps, testing of hydrants and valves, and updating of maintenance records. 4. Technical Documentation : -Detailed plans and hydraulic diagrams -Hydraulic calculations and equipment data sheets -Test reports and certificates of compliance -Maintenance plan and operating manual

At EURL MPS DE L’EST, we offer a support — including an analysis of our clients’ needs, post-training follow-up, and personalized advice — and we train your teams with the utmost professionalism. Our sessions combine theory and practice, and can take place either on your premises or at ours, concluding with the issuance of training certificates. Each program is carefully designed to adapt to your line of business, regulatory requirements, and quality objectives. We offer, among others: • Fire extinguisher training • Fire hose reel / hydrant training (RIA / PI) • Personal protective equipment (PPE) training • Emergency evacuation training • First aid training • Risk assessment training