ISO 27001 EN 13162 ISO 14001 EN 14303 ISO 50001 STARFLEX OHSAS 18001 Glasswool Product Brochure ODE COMPANY PROFILE ODE Insulation was founded in 1985 as a contractor in construction industry. In 1988, the company made a strategic decision to specialize in insulation industry. ODE started importing insulation products in 1990 and in 1996 the company became a manufacturer in insulation industry. Today, ODE manufactures insulation materials under 2 main categories; Building Insulation and HVAC Insulation. Its building insulation materials are Isıpan (Extruded Polystyrene Foam), Membran (Polymer Bitumen Based Waterproofing Membrane) and Starflex (Glass Wool). Its HVAC insulation materials are Starflex (Glass Wool) and R-flex (Flexible Elastomeric Foam). As of today, ODE is one of the biggest insulation manufacturers in the region. It manufactures and exports 4,000 varieties of insulation products to 75 countries. Over the years, ODE became a regional leader and recently in 2017 the company has completed the first phase of its new investment and started producing in its new factory in Eskişehir, Turkey. Once the second phase of this investment is completed and the production capacity in technical insulation (HVAC) is increased, ODE will be the biggest manufacturer in technical insulation between China and Germany. Besides, ODE Insulation has identified 15 target countries for its export under Turquality brand building program. Currently ODE is focusing on these countries in order to develop its distribution channels. In 2015, ODE became the first and the only company in insulation industry in the region that has Environmental Product Declaration (EPD) certificate for all of its product range, which means that ODE products are internationally approved and they are in accordance with the European standards. ODE insulates the future and it will keep investing in the future by transferring its 30 years of experience in insulation to create a sustainable environment for the next generations. ÇORLU PRODUCTION FACILITY ESKİŞEHİR PRODUCTION FACILITY STARFLEX GLASS WOOL STARFLEX GLASS WOOL FIRE SAFETY Glass wool is produced by heating silica sand at high temperature, melting it into fibers. It can be produced in different size and technical specifications according to their area and purpose of usage with different facing materials, as blanket, board, pipe. Selection of combustibility classification COMBUSTIBILITY CLASSIFICATION is important for knowing fire response of (according to TS EN 13501-1) materials. Combustibility Classification A1-A2-B-C-D-E-F BLANKET BOARD PIPE ODE STARFLEX is classified as a ‘’A1’’ Additional Classification According to s1-s2-s3 ‘’Non-Combustible’’ material as per the Smoke Generation TS EN 13501-1 standard. Additional Classification for d0-d1-d2 Flaming Droplets/Particles SERVICE TEMPERATURE THERMAL CONDUCTIVITY (λ) It should be known that the thermal insulation material is suitable to be used at what temperature range in order to be applied safety. ODE STARFLEX can be used with convenience without compromising their properties between -50°C and +250°C. Thermal conductivity is the amount of heat that is transferred through two 1 m2 surfaces of insulation material, that are 1 m apart and parallel to each other when the temperature difference between the two sides (Δt) equals 1°C. The unit of thermal conductivity is W/m.K. This value is the most important property of thermal insulation materials. The lower the thermal conductivity of an insulation material is, the higher its resistance, d, to heat transfer. SOUND INSULATION AND ACOUSTIC DESIGN ODE STARFLEX is manufactured in the λ = 0,031-0,044 W/m.K thermal conductivity range in accordance with EN 13162 and EN 14303 standards. Sound is defined as pressure waves which propagate in free environments. Efforts conducted to reduce the sound pressure level are classified as “insulation”, while efforts toward reducing the time THERMAL RESISTANCE ( ) R of reverberation are classified as “acoustic design”. In order to reduce unwanted sound and noise in buildings and installations, ODE STARFLEX offers effective solutions for acoustic design and sound insulation with its open pore fibrous nature and wide product range. Thermal resistance is the measure of the resistance Wall of the insulation material to the transfer of heat. It Indoor Air is calculated as the proportion of the thickness of Temperature a material (m) to thermal conductivity (W/m.K). Its Outside Air unit is m2.K/W. Temperature ENVIRONMENTALLY FRIENDLY It is calculated using the formula R=d/λ. As the material’s R value increases, the material shows greater resistance to the transfer of heat. In selected systems, the lower thermal conductivity ODE STARFLEX glass wool is certified as be user friendly, environmentally friendly, and not harmful (λ) or the higher the thickness of thermal insulation for human health by EUCEB, the European Certification Board for mineral wool products. With its material (d), the higher is the thermal insulation EPD (Environmental Product Declaration) Document, it furnishes additional scores between 2-18 for resistance achieved. buildings wishing to obtain LEED, BREEAM, DGNB, etc. certification. STARFLEX BLANKET STARFLEX BLANKET TECHNICAL SPECIFICATIONS High performance, long-lasting, environmentally friendly glass wool product manufactured in blanket form and used for thermal and sound insulation and for fire safety. The ODE STARFLEX Blanket Group is manufactured in the thermal conductivity range of λ = 0.032-0.044 W/m.K NAME OF PRODUCT ODE STARFLEX Technical Specification Unit ODE STARFLEX BLANKET STARFLEX STARFLEX STARFLEX STARFLEX STARFLEX STARFLEX Type - 044 042 040 037 035 032 Thickness mm 50-240 50-240 50-240 25-200 25-200 25-180 Reaction to fire* EuroClass A1 Thermal conductivity (λ) (10˚C) W/(m.K) 0,044 0,042 0,040 0,037 0,035 0,032 Thermal Resistance (R) (m2.K)/W 1,10-5,45 1,15-5,70 1,25-6,00 0,65-5,40 0,70-5,70 0,75-5,60 Maximum Service Temperature °C 250 AREAS OF USE LAMINATION TYPES The ODE STARFLEX Blanket can be manufactured with various facing. • All types of wooden free standing roofs and metal roofs, • Attic floors, YGT** Yellow Glass Tissue • Sandwich roof systems, • Solar energy systems, • Poultry farms and animal shelters, BGT Black Glass Tissue • Prefabricated structures, • HVAC systems Foil Scrim Kraft ADVANTAGES FSK • It is used for thermal insulation, sound insulation, acoustic design, and for the purposes of fire CLASS 0 Class 0 Alu Foil safety. Its classification as a class “A1’’ ‘’Non-Combustible” (TS EN 13501-1) material is a very significant advantage for fire safety.* • Since it is lightweight, it is very easy to lift up to the roof and to cut and install. WGF Woven Glass Fabric • Glass wool blankets covered on one side with aluminum foil provide high thermal and sound insulation in air conditioning and ventilation ducts. • Due to the properties of glass wool, it does not tear or produce wastage during installation. It Aluminum Glass Fabric does not degrade, decompose, become mouldy in time. Thanks to its natural content, it does not ALUGLASS degrade and is user friendly; It is EUCEB certified as not harmful to human health; • With its EPD Document, it furnishes additional scores for buildings wishing to obtain LEED, Kraft Paper BREEAM, DGNB, etc. certification. KRAFT *unfaced types *unfaced types **Facing can be applied to both sides as preferred. STARFLEX BOARD STARFLEX BOARD The ODE STARFLEX Board Group is manufactured in the thermal conductivity range of λ = 0.031-0.037 W/m.K TECHNICAL SPECIFICATIONS NAME OF PRODUCT ODE STARFLEX Technical Specification Unit ODE STARFLEX BOARD Type - STARFLEX 037 STARFLEX 035 STARFLEX 032 STARFLEX 031 Thickness mm 50-220 50-220 25-180 20-100 AREAS OF USE Reaction to fire* EuroClass A1 • Between two wall, W/(m.K) 0,037 0,035 0,032 0,031 • In double walled sandwich wall panels, Thermal conductivity (λ) (10˚C) • For acoustic applications, Thermal Resistance (R) (m2.K)/W 1,35-5,90 1,40-6,25 0,75-5,60 0,65-3,20 • Screens and partitions, and of elevators, stair enclosures, and skylights, • For internal insulation of wooden buildings, Maximum Service Temperature °C 250 • In flat and sloping terraced roofs, • For attics, below roof rafters, and under sloping concrete sections, • For thermal insulation of external walls, • Between floors, under floating screed, on slab girders, and under travelling elements LAMINATION TYPES • In flat and sloping terraced roofs, under floating screeds and plating, • HVAC systems The ODE STARFLEX Board can be manufactured with various facing. ADVANTAGES YGT** Yellow Glass Tissue • Thanks to its water-repellent nature, it does not allow water leaks to penetrate it and remains dry. • Its classification as a class “A1’’ ‘’Non-Combustible” (TS EN 13501-1) material is a very significant advantage for fire safety.* BGT Black Glass Tissue • It does not undergo any dimensional changes when exposed to varying temperatures and humidity. • It does not degrade, decompose, corrode or become mouldy in time. • It is indestructible by insects and microorganisms. FSK Foil Scrim Kraft • Thanks to its natural content, it does not degrade and is user friendly; • It is EUCEB certified as not harmful to human health; • With its EPD Document, it furnishes additional scores for buildings wishing to obtain LEED, BREEAM, Class 0 Alu Foil DGNB, etc. certification. CLASS 0 WGF Woven Glass Fabric ALUGLASS Aluminum Glass Fabric KRAFT Kraft Paper *unfaced types *unfaced types **Facing can be applied to both sides as preferred. ODE EVOMINERAL NEW ODE EVOMINERAL MINERAL WOOL MINERAL WOOL It is the new generation environmentally friendly mineralwool SOUND INSULATION PERFORMANCE partition board manufactured through ODE Insulation’s special production technology. Sound Absorption Coefficient It has high thermal-sound insulation and fire safety performance. The sound absorption coefficient is a measure of reduction of sound energy. The sound absorption With its low thermal conductivity of 0.037 W/(m.K), class coefficient defines the relationship between the sound energy that is absorbed and the sound energy “A1’’ ‘’Non-Combustible” classification, maximum sound that reaches the surface.