Fire%20protection - Import export

iglidur® G V0 - polymer plain bearings with UL94 V0 rating V0 classification iaw. UL94, universal. The new material attains the V0 classification in accordance with UL94, making it ideally suited for applications with elevated fire protection requirements (vehicle interiors, aerospace, building technology, etc.). Other properties are similar to our allrounder iglidur® G. Lubricant- and mainteance-free V0 classification pursuant to UL94 high wear-resistance Universal applicability

The term asbestos stands for a group of very resistant and non-flammable minerals with a fibrous structure. Until the beginning of the 1990s they were mainly used for thermal insulation or fire protection. Asbestos is found in brake pads and clutches, in electrical appliances, in machines and technical equipment, in heating systems and, above all, as a building material in a great many buildings. Asbestos fibres that enter the lungs can cause asbestosis, hardening and scarring of connective tissue, and cause cancer. In the meantime it has also been proven that asbestos substitutes, such as artificial mineral fibres, KMF, can cause cancer.

Here at D & R Racking we offer you the complete package; from design, manufacture, installation, planning application, specification for building regulations to fire protection. Mezzanine Floors offer the most cost effective and quick solution to your storage problems and D&R Racking can give you quality at affordable prices. A Mezzanine floor gains you extra space without the potential cost and bother involved in relocating. We will ensure that your floor is designed to specification and installed on time and on budget.

We can deliver at last-minute rockwool panels (A-grade production and B-grade surplus stock) for sound insulation and fire protection. Rockwool or mineral wool panels are sandwich panels whose sheets are connected firmly with rockwool insulation. These panels are therefore highly resilient composite panels that have both load-bearing and insulating functions. The panels insulation are made of around 95 - 99 % molten rock, and pulled into threads to obtain a fibrous structure. The fibres are evenly distibruted to ensure that the shear strength is kept constant. Rockwool panels are used in areas where fire protection requirements are needed. The rockwool panels can be installed either as an internal / external firewall, suspended ceiling, and as a roof structure. These panels can be laid vertically and horizontally due to its end joints. These panels can also be used for basic insulation of existing buildings. Building material classification according to EN 13501-1 A1 or A2 for a non-combustible material B, C, D, E for a combustible material, where B is lowest combustibility. A1 is the highest class and is not combined with any additional class. The other classes are always combined with the following additional classes which indicate the product's ability to produce smoke and flaming droplets and particles. s1 – the structural element may produce a very limited amount of combustion gases s2 – the structural element may produce a limited amount of combustion gases s3 – no requirement for limited production of smoke d0 – flaming droplets and particles may not be produced by the structural element d1 – a limited amount of flaming droplets and particles may be produced by the structural element Panels with rockwool insulation can also ensure peace in operation. With its core material properies, the panels can offer first-class sound absorption values, and good themal insulation The acoustic perforations on the flat inner surface of the panels means that they should only be used for inside walls, as the outside sheet is not air-tight. On request we can offer you a range of fire protection or acoustic panels made to your requirements in length, thickness and most RAL-colour tones. We are also able to offer special price products and cancelled orders.

We can deliver at last-minute rockwool panels (A-grade production and B-grade surplus stock) for sound insulation and fire protection. Rockwool or mineral wool panels are sandwich panels whose sheets are connected firmly with rockwool insulation. These panels are therefore highly resilient composite panels that have both load-bearing and insulating functions. The panels insulation are made of around 95 - 99 % molten rock, and pulled into threads to obtain a fibrous structure. The fibres are evenly distibruted to ensure that the shear strength is kept constant. Rockwool panels are used in areas where fire protection requirements are needed. The rockwool panels can be installed either as an internal / external firewall, suspended ceiling, and as a roof structure. These panels can be laid vertically and horizontally due to its end joints. These panels can also be used for basic insulation of existing buildings. Building material classification according to EN 13501-1 A1 or A2 for a non-combustible material B, C, D, E for a combustible material, where B is lowest combustibility. A1 is the highest class and is not combined with any additional class. The other classes are always combined with the following additional classes which indicate the product's ability to produce smoke and flaming droplets and particles. s1 – the structural element may produce a very limited amount of combustion gases s2 – the structural element may produce a limited amount of combustion gases s3 – no requirement for limited production of smoke d0 – flaming droplets and particles may not be produced by the structural element d1 – a limited amount of flaming droplets and particles may be produced by the structural element Panels with rockwool insulation can also ensure peace in operation. With its core material properies, the panels can offer first-class sound absorption values, and good themal insulation The acoustic perforations on the flat inner surface of the panels means that they should only be used for inside walls, as the outside sheet is not air-tight. On request we can offer you a range of fire protection or acoustic panels made to your requirements in length, thickness and most RAL-colour tones. We are also able to offer special price products and cancelled orders.

We can deliver at last-minute rockwool panels (A-grade production and B-grade surplus stock) for sound insulation and fire protection. Rockwool or mineral wool panels are sandwich panels whose sheets are connected firmly with rockwool insulation. These panels are therefore highly resilient composite panels that have both load-bearing and insulating functions. The panels insulation are made of around 95 - 99 % molten rock, and pulled into threads to obtain a fibrous structure. The fibres are evenly distibruted to ensure that the shear strength is kept constant. Rockwool panels are used in areas where fire protection requirements are needed. The rockwool panels can be installed either as an internal / external firewall, suspended ceiling, and as a roof structure. These panels can be laid vertically and horizontally due to its end joints. These panels can also be used for basic insulation of existing buildings. Building material classification according to EN 13501-1 A1 or A2 for a non-combustible material B, C, D, E for a combustible material, where B is lowest combustibility. A1 is the highest class and is not combined with any additional class. The other classes are always combined with the following additional classes which indicate the product's ability to produce smoke and flaming droplets and particles. s1 – the structural element may produce a very limited amount of combustion gases s2 – the structural element may produce a limited amount of combustion gases s3 – no requirement for limited production of smoke d0 – flaming droplets and particles may not be produced by the structural element d1 – a limited amount of flaming droplets and particles may be produced by the structural element Panels with rockwool insulation can also ensure peace in operation. With its core material properies, the panels can offer first-class sound absorption values, and good themal insulation The acoustic perforations on the flat inner surface of the panels means that they should only be used for inside walls, as the outside sheet is not air-tight. On request we can offer you a range of fire protection or acoustic panels made to your requirements in length, thickness and most RAL-colour tones. We are also able to offer special price products and cancelled orders.

FINFIRE is new generation fire extinguishers. FINFIRE "SPHERE" - autonomous powder fire extinguishing device to extinguish without human intervention fires of solid, liquid and gaseous substances, as well as electrical equipment under voltage: A, B, C, E classes. FINFIRE "SPHERE” is used in warehouse, technological, household premises, garages, apartments, shops, vehicles, and other places. Used as portable fire extinguishers or in addition to them. Extremely simplified design does not require special skills and great physical effort which helps to significantly save time in critical situations. The devices consist of a polystyrene body filled with fire extinguishing powder. Fire-conducting cords run along the edges of the body. The cords will activate the device upon contact with fire. Within 10 seconds after triggering, a pop is heard (additional warning signal). At the same time, the housing ruptures and the extinguishing powder is ejected.

FINFIRE is new generation fire extinguishers. FINFIRE "TAB" - autonomous powder fire extinguishing device to extinguish without human intervention fires of solid, liquid and gaseous substances, as well as electrical equipment under voltage: A, B, C, E classes. FINFIRE "TAB” is used in warehouse, technological, household premises, garages, apartments, shops, vehicles, and other places. Used as portable fire extinguishers or in addition to them. Extremely simplified design does not require special skills and great physical effort which helps to significantly save time in critical situations. The devices consist of a polystyrene body filled with fire extinguishing powder. Fire-conducting cords run along the edges of the body. The cords will activate the device upon contact with fire. Within 10 seconds after triggering, a pop is heard (additional warning signal). At the same time, the housing ruptures and the extinguishing powder is ejected.

PiroStrel - a system of remote extinguishing. PiroStrel is an automatic thrower with extinguishing fillers. Each filler contains extinguishing substance inside of the polymeric cover. “Dry water” is used as a filler. This substance is completely safe for human and environment as well as it doesn’t damage your property. Due to its non- conducting features it can be used for extinguishing objects under voltage up to 35kW. The thrower shoots fillers on the distance up to 100 m. It's particularly important since in most cases it’s difficult to get closer to the seat of fire using a standard fire extinguisher. PiroStrel’s rate of fire is 300 shoots per minute. In one minute, the thrower can provide the seat of fire with the amount of fire-extinguishing substance capable to cope with up to 100 m3 of fire surface.

Aerosol generator “MAG” is intended to extinguish fire of A,B,C and E classes in enclosed spaces. The extinguishing agent is safe for human and doesn’t require people evacuation. The fire extinguishing occurs due to a chemical reaction therefore interfering in combustion process with no oxygen isolation. The actuation of the generator occurs by means of linear heat detection under given temperature (short circuit of electric buttery takes place) or by means of Fipron-Cord when placed in the seat of fire.

Fipron-Cord — innovative independent fire extinguishing mean compound of composite materials. It represents a mix of microcapsules with an inner heating agent. When exposed to fire, a heating agent in a cord enables followed by a chemical reaction through the whole length of cord. Such reaction comes with heat impact that leads to explosion of all microcapsules and release fire heating substance. Fipron Cord product can be installed together with a high voltage electric cable in closed cable ducts located both indoors and outdoors with an operating temperature from minus 50 ° C to plus 80 ° C.

AUPT GRIB is designed for fire extinguishing of electrical cabinets, electrical panels in residential and industrial premises. The device is made of modern ecological material and equipped with a magnetic holder. For installation, simply magnet the "Grib" to a metal surface inside your control cabinet. Inside the device there are macrocapsules are filled with a perfect extinguishing agent, the so-called "dry water". When heated, the capsule is destroyed, and the extinguishing composition extinguishes fires.

Autonomous fire extinguishing system Hyperbola is designed to extinguish without human intervention class A, B fires and electrical equipment under voltage in objects of protection of small volume from 0.03 to 2.2 m3, located in rooms with operating temperatures from minus 40 ° С to plus 60 ° С and relative air humidity up to 98 percent at a temperature of + 25 ° С. The product is a sealed tube made of a special polymer material filled with a liquid extinguishing agent (GFFS) - a liquefied mixture based on organofluorine substances, sealed at both ends. The unit has overpressure inside the housing. The polymer material provides reliable storage of the extinguishing agent and its release under strictly defined conditions.

PiroStiker based on microencapsulation technology. PiroStiker contains inside dozens of thousands of microcapsules filled with fire extinguishing agent which enables if reached the determinate temperature and fire occurrence takes place. In case of fire, the microcapsule explodes discharging the extinguishing gas, which displace oxygen, chill the surface and suppress fire. Fire extinguishing agent is ecologically safe, it doesn’t cause harm to human’s health and doesn’t damage equipment.

Every business has a duty to provide training to nominated Fire Wardens, to protect and help prevent loss and damage to property and persons. Arch Fire Systems deliver professional Fire Safety Training in Plymouth, Devon & Cornwall, from Land’s End, right through to Barnstaple.

Fire resistant, Low Smoke Toxicity EPDM from J-Flex is supplied, tested & fully certified to EN45545-2, and has been approved to the former National Standards BS 6853, DIN5510 & NF F 16-101 + other Major Standards including LUL S1085 Specifications + BS 476 + UL94 V(0) & NFPA 130 ( U.S. National Fire Protection Association). In addition it has been independently tested & certified to EN 13501-1 Fire Classification of construction products & building elements. EPDM, Silicone, Natural Rubber, Neoprene Sponge & Vamac® Ethylene Acrylic Elastomer materials from J-Flex have been independently tested & certified against some or all of the above norms. These materials all have excellent environmental resistance withstanding ozone, u.v., rain & frost – meaning outdoor applications such as lighting systems and enclosures are kept water and dust-tight. Our materials are also resistant to corrosion, moisture, salt & light fuels.

Whether your project requires a simple technician workshop or a fully-integrated FPSO VSD Module, our design engineers work from a thorough understanding of our customers’ operational requirements. All OEG cabins are designed to optimise work-space efficiency, meet environmental and acoustic requirements, and house our customers’ personnel or specialist equipment in complete safety. We manufacture all our cabins to the highest industry standards (EN12079, DNV 2.7-1, DNV 2.7-2, DNV 2.7-3, BS EN 60079 and ATEX), including compliance with SOLAS/IMO regulatory requirements for A60 fire protection as standard. State-of-the-art safety monitoring systems are incorporated, including an integrated fire and gas, pressurisation and emergency shutdown system suitable for Zone 1 applications. Our experienced discipline technicians can integrate data communication networks, fire suppression, air conditioning and other systems to ensure rapid mobilisation and easy hook-up.

- Real fire / explosion scenario modelling - Pollutant atmospheric scattering modelling - Smoke spread studies - Structural fire behavior engineering - Fire behavior of construction products - Fire spread and protection buildings - Egress condition modelling - Peer review of environmental study (critical analysis) - Fire risk assessment - Fire extinguishment modelling (CFD)