Marine offshore fire divisions manual insulation

This booklet contains details of Morgan Thermal Ceramics fire insulation systems for the fire protection of bulkheads and decks in the marine and offshore construction industries This booklet presents our new, improved, systems based on our innovative FireMaster® Marine Plus blanket.

I n s u l a t i n g O u r Wo r l d Marine & Offshore Fire Divisions bulkhead, deck & floor systems ® Contents Introduction A60 steel decks & bulkheads A60 steel deck A60 steel bulkhead - single layer A60 steel bulkhead - double layer A60 floating floor A60 corrugated steel bulkhead A60 corrugated steel bulkhead - 1.5 steel thickness 10 A60 corrugated steel bulkhead - 4.5 steel thickness 11 A60 aluminium deck & bulkhead A60 aluminium deck 13 A60 aluminium bulkhead 14-15 System features Anchoring 29 Flexible blanket profile wrap 30 Large beam insulation options 31 Taped joints 32 System summary tables Steel bulkheads 34 Steel decks 35 Aluminium bulkheads & decks : A Class 36 Aluminium bulkheads & decks : HSC Code 37 Composite bulkheads & decks : HSC Code 38 H Class bulkheads & decks 39 Corrugated plate bulkheads 39 Thermal insulation of bulkheads & decks Thermal insulation with FireMaster Marine Plus blanket 41-42 Loadbearing aluminium divisions for high speed craft (HSC) Loadbearing aluminium divisions - deck 17 Loadbearing aluminium divisions - bulkhead 18 Loadbearing FRP composite divisions for high speed craft (HSC) Loadbearing FRP composite divisions - deck 20 Loadbearing FRP composite divisions - bulkhead 21 Acoustic insulation of bulkheads & decks FireMaster Marine Plus blanket acoustic insulation 44 Sound absorption 45 Sound reduction 46 Morgan Thermal Ceramics Fire Protection product range Product range 48 H60 & H120 steel decks & bulkheads H60 steel deck 23 H60 steel bulkhead 24 H120 steel deck 25 H120 steel bulkhead 26 H60 / H120 corrugated steel fire wall 27 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems Introduction This booklet contains details of Morgan Thermal Ceramics fire insulation systems for the fire protection of bulkheads and decks in the marine and offshore construction industries Complete system details and Type Approval certification can be obtained from our web site www.morganthermalceramics.com/firemaster or USB Systems Manual (available on request) For more than 30 years, FireMaster® insulation materials have provided lightweight fire insulation for structures exposed to both cellulosic and hydrocarbon fires in cruise ships, super-yachts, high-speed ferries, coastal defence vessels, offshore platforms and FPSO’s FireMaster® Marine Plus blanket ● Insulation fibre with low biopersistence in density range 48 to 128 kg/m3 This booklet presents our new, improved, systems based on our innovative FireMaster® Marine Plus blanket ● Non-Carcinogenic classification under EU regulations The highlights of these new systems are: ● Non-Toxic to UK Defence Standard 02-713 ● 1200°C fibre Suitable for cellulosic and hydrocarbon fire protection ● No chemical binder - no formaldehyde emission ● 25% to 50% weight reduction compared to standard mineral wool and similar products ● Less weight or thickness than mineral wool ● Lower thickness ● Good thermal insulation for HVAC requirements ● Good acoustic insulation ● DNV approved constructions ● Steel ● Aluminium ● FRP ● ● ● Lower weight designs that minimise weight contribution to structures Improved, simpler, installation techniques leading to easier installation Combined fire, thermal and acoustic insulation Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems I n s u l a t i n g O u r Wo r l d A60 steel decks & bulkheads ® A60 steel deck Single layer profile wrap system Detail drawing: stiffener and single layer wrap system on main illustration (right) a Uniform deck anchor pattern ➡ Anchors are spaced at 300mm centres Joints between blankets can be up to 150mm from anchors Average anchors per m2 = 9.5 48 density system Ref Product Thickness Weight (kg/m2) (mm) a FireMaster Marine Plus blanket 48 kg/m3 50 2.4 b Stiffener - FireMaster Marine Plus blanket 48 kg/m3 50 2.4 300mm 300mm NB: Illustration shown with un-taped joints 300mm max 350mm b 64 density system Ref Product Thickness Weight (mm) (kg/m2) a FireMaster Marine Plus blanket 64 kg/m3 45 2.88 b Stiffener - FireMaster Marine Plus blanket 64 kg/m3 45 2.88 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems A60 steel bulkhead Fire towards either side Single layer profile wrap system Detail drawing: stiffener and single layer wrap system a Detail drawing: section as indicated on main illustration (right) b Anchors are spaced at 350mm centres Joints between blankets can be positioned at any convenient location Average anchors per m2 = 8.1 NB: Illustration shown with un-taped joints Uniform bulkhead anchor pattern ➡ 350mm max 350mm 350mm 80 density system Ref Product Thickness Weight (mm) (kg/m2) a FireMaster Marine Plus blanket 80 kg/m3 60 4.8 b Stiffener - FireMaster Marine Plus blanket 80 kg/m3 60 4.8 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems A60 steel bulkhead Fire towards either side Double layer profile wrap system Detail drawing: stiffener and double layer wrap system a b Detail drawing: section as indicated on main illustration (right) Anchors are spaced at 350mm centres Joints between blankets can be positioned at any convenient location Average anchors per m2 = 8.1 NB: Illustration shown with un-taped joints Uniform bulkhead anchor pattern ➡ 350mm max 350mm 350mm 48 density system Ref Product Thickness Weight (mm) (kg/m2) a FireMaster Marine Plus blanket 48 kg/m3 40 1.92 b Stiffener - FireMaster Marine Plus blanket 48 kg/m3 40 1.92 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems A60 floating floor Typical flooring system Ref Product Ref Product a Steel deck f Steel net b Anchor pins g FireBarrier 135 : 20mm c Adhesive / Primer h Fibre glass net d FireMaster paper i Floor finish e Glass fibre fabric a b c d e f g h i Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems I n s u l a t i n g O u r Wo r l d A60 corrugated steel bulkhead 1.5mm & 4.5mm steel thickness ® A60 corrugated steel bulkhead Fire towards either side 1.5mm steel thickness Detail drawing: double layer wrap system over infilled corrugated sections Detail drawing: section as indicated on main illustration (right) b c b 300mm max 300mm 300mm Uniform bulkhead anchor pattern ➡ Anchors placed in centre of each corrugation approximately 260mm to 300mm apart NB: Illustration shown with un-taped joints a 48 density system Ref Product Thickness Weight (kg/m2) (mm) a FireMaster Marine Plus blanket 48 kg/m3 50 2.4 b FireMaster Marine Plus blanket 48 kg/m3 50 2.4 c Stainless Steel 1.5 - Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 10 System summary tables Steel decks Fire Rating Weight (kg/m2) Weight (kg/m2) Product Between Stiffeners A15 Deck FireMaster Marine Plus blanket 15mm x 64kg/m3 in single layer 0.96 15mm x 64kg/m3 in single layer 0.96 A30 Deck FireMaster Marine Plus blanket 25mm x 64kg/m3 in single layer 1.6 25mm x 64kg/m3 in single layer 1.6 A60 Deck FireMaster Marine Plus blanket 45mm x 64kg/m3 in single layer 2.88 45mm x 64kg/m3 in single layer 2.88 A60 Deck FireMaster Marine Plus blanket 50mm x 48kg/m3 in single layer 2.40 50mm x 48kg/m3 in single layer 2.40 A60 Floating Floor FireMaster Marine FireBarrier 135 20mm thick applied to non-stiffened top side of deck 22.95 Not applicable - system applied on top side of deck Around Stiffeners Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 35 System summary tables Aluminium bulkheads & decks : A Class Fire Rating Weight (kg/m2) Weight (kg/m2) Product Between Stiffeners A30 Deck FireMaster Marine Plus blanket 40mm x 70kg/m3 in single layer 2.8 40mm x 70kg/m3 in single layer 2.8 A60 Deck FireMaster Marine Plus blanket 50mm x 70kg/m3 in single layer 3.5 50mm x 70kg/m3 in single layer 3.5 A30 Bulkhead FireMaster Marine Plus blanket 40mm x 70kg/m3 in single layer 2.8 40mm x 70kg/m3 in single layer 2.8 FireMaster Marine Plus blanket 50mm x 70kg/m3 in single layer 3.5 50mm x 70kg/m3 in single layer 3.5 FireMaster Marine Plus blanket 50mm x 70kg/m3 in single layer applied on both sides of the bulkhead 7.0 50mm x 70kg/m3 in single layer 3.5 (fire to insulated side only) A60 Bulkhead (fire to insulated side only) A60 Bulkhead (fire either side) Around Stiffeners Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 36 System summary tables Aluminium bulkheads & decks : HSC Code Fire Rating Weight (kg/m2) Weight (kg/m2) Product Between Stiffeners 30 minute HSC Code Deck : 2mm thick plate FireMaster Marine Plus blanket 35mm x 70kg/m3 in single layer 2.45 35mm x 70kg/m3 in single layer 2.45 60 minute HSC Code Deck : 2mm thick plate FireMaster Marine Plus blanket 50mm x 70kg/m3 in single layer 3.5 50mm x 70kg/m3 in single layer 3.5 30 minute HSC Code Bulkhead : 2mm thick plate FireMaster Marine Plus blanket 35mm x 70kg/m3 in single layer 2.45 35mm x 70kg/m3 in single layer 2.45 60 minute HSC Code Bulkhead : 2mm thick plate FireMaster Marine Plus blanket 50mm x 70kg/m3 in single layer 3.5 50mm x 70kg/m3 in single layer 3.5 Around Stiffeners Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 37 System summary tables Composite divisions - bulkheads & decks : HSC Code Fire Rating 30 minute HSC Code Bulkhead (fire to insulated side only) 60 minute HSC Code Bulkhead (fire to insulated side only) 30 minute HSC Code Deck (fire to insulated side only) 60 minute HSC Code Deck (fire to insulated side only) Weight (kg/m2) Around Stiffeners Weight (kg/m2) 60mm x 64kg/m3 in single layer 3.84 Not Applicable FireMaster Marine Plus blanket x 25mm x 70kg/m3 + x 25mm x 64kg/m3 6.85 Not Applicable FireMaster Marine Plus blanket 60mm x 64kg/m3 in single layer 3.84 x 60mm x 64kg/m3 + x 25mm x 64kg/m3 4.8 FireMaster Marine Plus blanket x 25mm x 70kg/m3 + x 25mm x 64kg/m3 6.85 x 25mm x 70kg/m3 + x 25mm x 64kg/m3 6.85 Product Between Stiffeners FireMaster Marine Plus blanket Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 38 System summary tables H Class bulkheads & decks Product Between Stiffeners Weight (kg/m2) Around Stiffeners Weight (kg/m2) FireMaster Marine Plus blanket 40mm x 70kg/m3 2.8 40mm x 70kg/m3 2.8 H0 Deck FireMaster Marine Plus blanket 40mm x 70kg/m3 2.8 40mm x 70kg/m3 2.8 H60 Deck FireMaster Marine Plus blanket x 40mm x 70kg/m3 5.6 x 40mm x 70kg/m3 5.6 H60 Bulkhead FireMaster Marine Plus blanket x 50mm + x 40mm x 70kg/m3 9.1 x 40mm x 70kg/m3 5.6 FireMaster Marine Plus blanket x 40mm x 70kg/m3 5.6 x 40mm x 70kg/m3 5.6 FireMaster Marine Plus blanket x 50mm x 70kg/m3 10.5 x 50mm x 70kg/m3 7.0 FireMaster Marine Plus blanket x 50mm + x 60mm x 70kg/m3 7.7 x 50mm + x 60mm x 70kg/m3 7.7 Product Between Stiffeners Weight (kg/m2) Around Stiffeners Weight (kg/m2) FireMaster Marine Plus blanket 60mm + 50mm (total 110mm) x 70kg/m3 7.7 x 50mm x 70kg/m3 10.5 Fire Rating H0 Bulkhead (fire to insulated side only) (fire either side) H60 Bulkhead (fire to insulated side only) H120 Bulkhead (fire either side) H120 Deck Corrugated plate bulkheads Fire Rating H60 and H120 Corrugated Firewall (2mm thick steel fire to either side) Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 39 I n s u l a t i n g O u r Wo r l d Thermal insulation of bulkheads & decks ® 40 Thermal insulation of bulkheads and decks Thermal insulation performance of bulkheads and decks is normally expressed as an overall ‘U value’ for the entire structure The U value can be used in calculations of total heat loss from a bulkhead or deck where the amount of heat loss of the structure is a function of its surface area, temperature gradient and overall U value Methodologies for calculating the heat loss of marine accommodation areas are given in ISO 7547-2002 standard The overall U value of a structure is a combination of the R values of each individual component and the surface heat transfer coefficients The R value for an insulation material is calculated using its thermal conductivity measured at a standard temperature of 10°C These three values may be defined as follows: Thermal Conductivity (Lamda or K value) Thermal conductivity (often referred to as the “lambda” (λ) or “ K” value) is a measure of how well a material conducts heat Thermal conductivity is the quantity of heat (W), which is conducted through 1m² in a thickness of 1m, when the difference in temperature between the opposite surfaces equals K (or 1°C) In practice thermal conductivity is a numerical value expressed in terms of W/mK Examples of thermal conductivity of various materials at 10°C Steel : 50 W/mK Concrete : 1.6 W/mK Glass : 1.1 W/mK Wood : 0.12 W/mK Mineral Wool 100 kg/m3 : 0.035 W/mK FireMaster Marine Plus blanket 48 kg/m3 : 0.0321 W/mK R value Thermal resistance, R, is a measure of the insulation value of a specified thickness of an insulation material It is simply the insulation thickness divided by its thermal conductivity value The higher the R value, the better the insulation U value Thermal Transmittance Coefficient or U value represents the flow of heat through a structure The U value is the flow of heat (in W) through 1m² of a structure when the difference between the two surrounding temperatures is 1K (or 1°C) It is expressed as: W/(m²K) λ = W/mK The lower the thermal conductivity value, the better the insulation property of the material Note that thermal conductivity for insulation materials generally increases significantly with increasing temperature The lower the U value, the better the insulation value of the structure U = W/m²K Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 41 Thermal insulation of bulkheads and decks Relationship between Thermal Conductivity, R value and U value: 64 kg/m3 Thickness of blanket R VALUE (m²K/W) = U VALUE ( W/m²K) = (R Value) FireMaster Marine Plus blanket U Values and R Values R Values (m² K/W) and corresponding U values (W/m²K) for various FireMaster Marine Plus blanket thicknesses are given in the table opposite When using densities above 64 kg/m³, the values for 64 kg/m³ may be taken as applicable as the thermal conductivity decreases with increasing density for the range of FireMaster Marine Plus blanket densities Therefore, U and R values will be better than the values calculated using thermal conductivity data for 64 kg/m³ U Value R Value U Value R Value 25mm 0.78 1.28 0.78 1.28 30mm 0.93 1.07 0.94 1.06 35mm 1.09 0.92 1.10 0.91 40mm 1.25 0.80 1.25 0.80 45mm 1.40 0.71 1.41 0.71 50mm 1.56 0.64 1.57 0.64 60mm 1.87 0.54 1.88 0.53 70mm 2.18 0.46 2.19 0.46 75mm 2.34 0.43 2.35 0.43 80mm 2.49 0.40 2.51 0.40 90mm 2.80 0.36 2.82 0.35 100mm 3.12 0.32 3.13 0.32 110mm 3.43 0.29 3.45 0.29 120mm 3.74 0.27 3.76 0.27 130mm 4.05 0.25 4.08 0.25 150mm 4.67 0.21 4.70 0.21 Thickness (m) Thermal conductivity (W/mK) 48 kg/m3 Basis of calculation: Thermal conductivity of FireMaster Marine Plus blanket measured at 10°C to BS EN 12667 method : 0.0319 W/mK (64 kg/m³ density), 0.0321 W/mK (48 kg/m³ density) 42 I n s u l a t i n g O u r Wo r l d Acoustic insulation of bulkheads & decks ® 43 Acoustic insulation of bulkheads and decks The acoustic insulation properties of insulation materials are usually expressed in terms of sound absorption or sound reduction/sound transmission loss Another material property, airflow resistance, is also sometimes used in calculations of acoustic insulation performance Sound absorption Sound absorption is a material property which describes how well sound waves are absorbed in a material When a sound wave is absorbed, it simply means that the sound wave is transferred into another kind of energy i.e heat For acoustic insulation requirements, sound absorption is relevant when considering noise levels within the same space as the noise source The ability of the walls, floor and roof of a room to absorb noise will be important in reducing noise reflected back into the room from the surfaces of its boundaries Sound reduction / sound transmission loss Sound reduction values are specific to constructions rather than a material property The sound reduction value specifies the reduction of sound through an element of construction (wall, floor, or roof) For acoustic insulation requirements, the sound reduction value is relevant when considering noise levels in a space that is separate from the noise source, for example adjacent rooms separated by a wall Sound reduction values for any construction will vary with the frequency of the sound source Although sound reduction values for a construction are measured at various frequencies, an overall single figure is used to express the sound reduction value This figure is called the “weighted sound reduction” or “sound transmission loss” value (Rw) and is the almost equal to the sound reduction achieved in the middle of the human hearing range The weighting procedure is standardised in ISO 717-1 standard for the sound reduction of airborne noise Airflow resistance According to ISO 9053 this is the quotient of the air pressure difference across the specimen divided by the linear velocity, measured outside the specimen, of airflow through the specimen For a homogeneous material the quotient of the specific airflow resistance divided by its thickness is called the airflow resistivity (r) Airflow resistance is a main product property of porous materials influencing the sound absorption in the material Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 44 Acoustic insulation of bulkheads and decks Sound absorption Test Method: BS EN ISO 354:2003 FireMaster Marine Plus blanket 45mm x 64 kg/m3 Un-faced (no surface covering material used) Faced with glass cloth Faced with 20µm reinforced aluminium foil Frequency (Hz) Sound Absorption Coefficient Frequency (Hz) Sound Absorption Coefficient Frequency (Hz) Sound Absorption Coefficient 125 0.15 125 0.40 125 0.45 250 0.75 250 0.95 250 0.90 500 1.00 500 0.95 500 0.75 1000 1.00 1000 0.85 1000 0.65 2000 1.00 2000 0.80 2000 0.65 4000 0.75 4000 0.65 4000 0.45 Overall Sound Absorption Coefficient 1.00 Overall Sound Absorption Coefficient 0.80 Overall Sound Absorption Coefficient 0.65 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 45 Acoustic insulation of bulkheads and decks Sound reduction Weighted Sound Transmission Loss (Rw) values (ISO 717-1) Airflow resistance Airflow resistance of FireMaster Marine Plus blanket (ISO 9053: 1991) Steel bulkheads insulated with FireMaster Marine Plus blanket Airflow Resistance of 45mm x 64 kg/m³ FireMaster Marine Plus blanket: 50.4 kPa.s/m² System Construction Details Rw (ISO 717-1) 45mm x 64 kg/m³ FireMaster Marine Plus blanket on bulkhead plate and stiffeners 45 dB 45mm x 64 kg/m³ FireMaster Marine Plus blanket + aluminium foil on bulkhead plate – stiffeners not insulated 44 dB 45mm x 64 kg/m³ FireMaster Marine Plus blanket + aluminium foil on bulkhead plate and stiffeners 47 dB 45mm x 128 kg/m³ FireMaster Marine Plus blanket on bulkhead plate and stiffeners 46 dB 50mm x 48 kg/m³ FireMaster Marine Plus blanket + aluminium foil on bulkhead plate – stiffeners not insulated 44 dB 50mm x 48 kg/m³ FireMaster Marine Plus blanket + aluminium foil on bulkhead plate and stiffeners 47 dB 75mm x 64 kg/m³ FireMaster Marine Plus blanket + aluminium foil on bulkhead and stiffeners 49 dB FRP Composite Sandwich Panel Bulkhead (1.0 to 1.4mm GRP laminate and 50mm PVC Core 80 kg/m³) FRP composite bulkhead specified above insulated with layers of 25mm FireMaster Marine Plus blanket 70 kg/m³ plus layer of 25mm FireMaster Marine Plus blanket 64 kg/m³ all layers with aluminium foil facing: Rw=37dB Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead, deck & floor systems 46 I n s u l a t i n g O u r Wo r l d Morgan Thermal Ceramics Fire Protection product range ® 47 Morgan Thermal Ceramics Fire Protection product range Morgan Thermal Ceramics FireMaster® products are used all over the world to protect people and structures against fire The wide variety of FireMaster® Fire Protection Systems are comprehensively certified and extensively tested to meet national and international standards, offering our customers the security of global proven fire performance in various market sectors: ● ● ● ● ● ● Commercial buildings, hotels, sports stadia and airport terminals Industrial plants Petrochemical plants Offshore platforms and FPSO’s Cruise ships, military vessels, mega yachts and fast ferries Tunnels and underground construction Systems are tested to many international standards and have approvals valid worldwide for cellulosic, hydrocarbon and jet fire protection Products FireMaster® Marine Plus blanket The new ultra-lightweight fire insulation from Morgan Thermal Ceramics designed for weight sensitive applications Weight savings of 20 to 30% are typical compared to standard FireMaster® blanket and alternative lightweight solutions Systems are available for composite, steel and aluminium structures FireMaster® Marine Plus faced blanket FireMaster® Marine Plus blanket is available with surface coatings of aluminium or glass cloth FireMaster® Marine Plus water repellent blanket FireMaster® Marine Plus blanket is available with a water repellent treatment through the entire blanket thickness to inhibit water ingress FireMaster® RES system A rigid metallic enclosure for jet fire protection of valves, actuators and flanges FireMaster® cable tray wrap FireMaster® blanket totally encapsulated in aluminium foil Approved by Factory Mutual for hydrocarbon fire protection of instrument and control cables FireMaster® board Three different grades of FireMaster® board are available to offer designers a choice of products most suitable to their application Now includes FireMaster® 200 board developed especially for solid core fire doors FireMaster® expanding felt Expands to times its original thickness to seal gaps, joints and penetration seals FireMaster® FireFelt Compressible felt suitable for applications where very low weight and good resilience are required FireMaster® FireBarrier 135 Sprayed refractory cement solutions for fire protection of steelwork, vessels and floating floors in ships FireMaster® FlexiJet Flexible jacket system for fire protection of process equipment and structures 48 I n s u l a t i n g O u r Wo r l d Morgan Thermal Ceramics EUROPE Bromborough Morgan Thermal Ceramics is a business within the Morgan Ceramics Division of The Morgan Crucible Company plc Morgan Thermal Ceramics supplies optimum engineered insulation solutions to a diverse range of markets and end users For over 50 years and in all areas of industry where heat plays a role, Morgan Thermal Ceramics has lead the way bringing technical solutions to all problems of heat containment RUSSIA Casalpusterlengo Sukhoy Log Lillebonne NORTH AMERICA Saint-Marcellin-en-Forez ASIA Thouarcé Daegu Osaka Dalian Shanghai Jingmen Beijing Augusta Wissembourg Canon City Elkhart INDIA Emporia Yixing Gujurat We are the clear market leaders in our core products high temperature insulating fibres, insulating firebricks and monolithic refractories We design, manufacture and install these solutions through an integrated and extensive network in over 50 locations worldwide, with more than 30 manufacturing sites that truly reach all regions of the globe With our comprehensive product portfolio and global footprint, we have adopted a leading position, within the fields of international projects including chemical processing, iron & steel, power, heat recovery steam generation (HRSG), ceramics & glass, cement, aluminium and non-ferrous, transportation, domestic / OEM and fire protection Girard Ranipet Ontario Pachuca S.AFRICA Springs SOUTH AMERICA AUSTRALIA Malaga Buenos Aires Colombia Guatemala City Rio de Janeiro San Luis Santiago Venezuela We are committed to environmental sustainability through our product development programmes and we strive to minimise the impact of our operations on the environment www.morganthermalceramics.com Copyright © 02.13 Printed on paper sourced from responsibly managed forests When you have finished with this brochure please recycle ... Weight (mm) (kg/m2) a FireMaster Marine Plus blanket 64 kg/m3 45 2.88 b Stiffener - FireMaster Marine Plus blanket 64 kg/m3 45 2.88 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead,... Weight (mm) (kg/m2) a FireMaster Marine Plus blanket 80 kg/m3 60 4.8 b Stiffener - FireMaster Marine Plus blanket 80 kg/m3 60 4.8 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead,... Weight (mm) (kg/m2) a FireMaster Marine Plus blanket 48 kg/m3 40 1.92 b Stiffener - FireMaster Marine Plus blanket 48 kg/m3 40 1.92 Morgan Thermal Ceramics Marine & Offshore Fire Divisions bulkhead,