Document 4JwMY4vnm4we3gNaEZYxkmEnx

Attachment 1 EN The best of refrigerator recycling High recovery rate of CFC, plastic, Fe and Al. Low processing costs. Tailored to suit your requirements and facilities. Low power consumption. Refrigerator recycling plants and machines The complete ELDAN refrigerator recycling plant includes everything from pre-chopping to separation. The refrigerator recycling system is designed for processing refrigerators operating with CFC/pentane gases to prevent harmful substances to evaporate into the atmosphere, and to achieve the most efficient recycling of the solid materials. The plant is constructed for crushing of refrigerators up to a max. size of 2000 x 1200 x 1000 mm (height x width x depth). Bigger appliances can be processed, but must be size reduced prior to processing. Proven technology Eldan equipment is designed to meet market requirements, thus the individual machines can easily be adjusted to other fraction sizes, merely by changing the screen size in the machines. Benefits Completely closed system High recovery rate of CFC, plastic, Fe and Al High performance Low processing costs Low power consumption Low maintenance costs Ambient mechanical technique for size reduction and separation ELDAN plants are tailored to suit your requirements and facilities The modular concept behind the ELDAN plants enables you to adapt your production output fraction to specific customer demands We guarantee plant capacity and output product quality. Input A refrigerator contains Ferrous 48 % Aluminium 5 % Plastic 22 % Foam 20 % Copper 2 % Glas shelfs, CFC 3 % gas etc Pre-handling Degasification Stage I Shredding Separation Degasification Stage II 1. Pre-handling. The refrigerators are unloaded and pre-classified. The cords are cut off and the glass inserts are delivered to special containers. All CFC-gases, pentane gas and isobutan gas are extracted, and the compressors are dismantled. 2. CFC/Oil Suction Unit (Degasification stage I). Stage one of the degasification. Oil and CFC/pentane/butane gases are sucked to the CFC/Oil Suction Unit. The gases are separated from the oil and the gases are collected in closed gas vessels. The oil is pumped out into an open vessel. 3. Super Chopper and 4. Heavy Pre-Granulator. The fridges are transported to the Fridge Tower through a sluice. The Fridge Tower is a unique, integrated unit, which combines the Super Chopper and the Heavy Pre-Granulator. This makes possible ONE inert cutting chamber eliminating the risk of fire and explosion. The output size from the Fridge Tower is approx. 30 mm. 5. Zig-Zag Wind Separator. The PUR foam is separated out and transported to the Pelletizer/Pellet Press (PUR). 6. Pelletizer and Pellet Press (PUR). The PUR foam is pressed into pellets. At the same time the remaining CFC gas is sucked out into the CFC/Pentane Liquefaction System. PUR-pellets FE-fraction Aluminium and copper Plastic 7. Overband magnet. The Fe-particles are separated out by the Overband Magnet. 8. Eddy Current Separator. The remaining fraction is passed over the Eddy Current Separator, where it is separated into plastic and aluminium/Cu fractions. 9. CFC/Pentane Liquefaction System (Degasification stage II). The nitrogen used to reduce the oxygen level in the cutting chamber of the Fridge Tower is recovered and recycled in a closed circuit system to minimize the consumption. The gasses are collected in closed gas vessels. BR RefrigeratorEE 1804 EN Optional modules for specific customer requirements REDOMA Thunderhawk A Separating the Cu from the Al or cleaning the plastic fraction Combi plant Combi plant for processing of white goods, refrigerators, brown goods and WEEE (Waste Electrical and Electronic Equipment). In the plant, it is possible to add on an upgrading system for the metal fraction. Super Chopper If it is necessary to process refrigerators larger than 2000 x 1200 x 1000, it is possible to add a dual-shaft Super Chopper II for further size reduction. ELDAN Super Chopper 2018 Eldan Recycling A/S. Eldan Recycling is a registered trademark. We reserve the right to introduce modifications without further notice. Ensure reduced downtime! The ELDAN After Sales Division offer ad hoc service on existing as well as new equipment through our trained and experienced service engineers and supervisors ELDAN constantly holds an extensive stock of spare and wear parts The flexible service contracts ensure planned, preventive maintenance of your production line Tailored contracts ensure that parts are available for immediate call off Contact one of our spare and wear part coordinators, and we will supply the best possible solution for your company The ELDAN After Sales Division is your reliable partner! Eldan Recycling A/S Vrkmestervej 4 5600 Faaborg, Denmark Phone +45 63 61 25 45 Fax +45 63 61 25 40 E-mail: Weldan-recycling.com Web: www.eldan-recycling.com [tELDAN RECYCLING JACKODUR Technical data Extruded polystyrene foam (XPS) according to EN 13164 Properties Symbol Density Declaration/ Unit kg/m3 Thermal conductivity D W/(mK) Thickness tolerance Dimensional stability at 70C and 90% relative humidity Compressive stress at 10% deformation or compressive Reaction to fire Deformation under 40 kPa load and 70C Tensile strength Compressive creep (50 years, deformation < 2%) Long term water absorption by total immersion Long term water absorption by diffusion 1 Freeze-thaw resistance Water vapour diffusion resistance factor 1 Coefficient of linear thermal expansion Maximum working temperature Ti DS(70/90) CS(10\Y)i DLT(2)5 TRi CC(2/1,5/50)c WL(T)i WD(V)i FTCDi - Class % Level i kPa 3 Class % Level i kPa 3 c kPa 3 Level i % Class Class - mm/(mK) C Attachment 2 Standard EN 1602 EN 13164 EN 823 EN 1604 EN 826 EN 13501-1 EN 1605 EN 1607 EN 1606 EN 12087 EN 12088 EN 12091 EN 12086 - Thickness mm 20 30 40 50 60 80 100 120 140 160 180 200 220 240 260 280 300 320 340 360 380 400 NEW EVO 300 Standard D RD > 30 - - - - 0,032 1,25 0,032 1,55 0,032 1,95 0,032 2,50 0,032 3,10 0,032 3,75 0,032 4,35 0,032 5,00 0,032 5,60 0,032 6,25 0,032 6,85 0,032 7,50 0,032 8,10 0,032 8,75 0,032 9,35 0,032 10,00 0,032 10,60 0,032 11,25 0,032 11,85 0,032 12,50 T1 5 300 5 0,7 WD(V) 3 FTCD1 250-80 0,07 +75 C Plus 300 Standard D RD > 33 - - - - - - 0,027 1,85 0,027 2,20 0,027 2,95 0,027 3,70 0,027 4,40 0,027 5,15 0,027 5,90 0,027 6,65 0,027 7,40 0,027 8,10 0,027 8,85 0,027 9,60 0,027 10,35 0,027 11,10 0,027 11,85 0,027 12,55 0,027 13,30 0,027 14,05 0,027 14,80 T1 5 300 5 0,7 WD(V)1-3 FTCD1 250-80 0,07 +75 C Plus 300 Gefiniert D RD > 33 - - - - - - 0,027 1,85 0,027 2,20 0,027 2,95 0,027 3,70 0,027 4,40 0,027 5,15 0,027 5,90 0,027 6,65 0,027 7,40 - - - - - - - - - - - - - - - - - - - - T1 5 300 5 200 250-80 0,07 +75 C KF 300 Standard D RD > 30 0,034 0,55 0,034 0,85 0,034 1,15 0,034 1,45 0,034 1,75 0,035 2,25 0,035 2,85 0,035 3,40 0,035 4,00 0,035 4,55 0,035 5,10 0,036 5,55 0,036 6,10 0,036 6,65 0,036 7,20 0,036 7,75 0,036 8,30 0,036 8,85 - - - - - - - - T1 5 300 2 Euroclass E 5 - 130 0,7 WD(V)1-3 FTCD1 250-80 0,07 +75 C KF 300 Gefiniert D RD > 30 0,034 0,55 0,034 0,85 0,034 1,15 0,034 1,45 0,034 1,75 0,035 2,25 0,035 2,85 0,035 3,40 0,035 4,00 0,035 4,55 0,035 5,10 0,036 5,55 0,036 6,10 0,036 6,65 0,036 7,20 0,036 7,75 0,036 8,30 0,036 8,85 - - - - - - - - T1 5 300 2 5 200 250-80 0,07 +75 C KF 500 Standard D RD > 35 - - - - 0,034 1,15 0,034 1,45 0,034 1,75 0,035 2,25 0,035 2,85 0,035 3,40 0,035 4,00 0,035 4,55 0,035 5,10 0,035 5,70 0,035 6,25 0,035 6,85 0,035 7,40 0,035 8,00 0,035 8,55 0,035 9,10 - - - - - - - - T1 5 500 5 - 180 0,7 WD(V)1-3 FTCD1 250-80 0,07 +75 C KF 700 Standard D RD > 38 - - - - - - 0,034 1,45 0,034 1,75 0,035 2,25 0,035 2,85 0,035 3,40 0,035 4,00 0,035 4,55 0,035 5,10 0,035 5,70 0,035 6,25 0,035 6,85 0,035 7,40 0,035 8,00 0,035 8,55 0,035 9,10 - - - - - - - T1 5 700 5 - 250 0,7 WD(V)1-3 FTCD1 250-80 0,07 +75 C Surface - - - skin skin structured skin structured skin skin Possible edge profiles 1 depending on thickness 2 at thickness 20 mm: 200 kPa 3 100 kPa = 100 kN/m2 = 0.10 N/mm2 - - - H FREE BCD CFC HCFC Stand 01/2023 JACKODUR thermal insulation: Free of HBCD flame retardants, chlorofluorocarbons (CFCs) and propellants containing HCFCs. shiplap shiplap butt edge butt edge, shiplap, tongue and groove butt edge shiplap shiplap Important notes: JACKODUR products are suitable for continuous use at maximum temperatures of up to +75C. On days with exposure to intense sunlight, care must be taken to ensure that the JACKODUR products are not covered with dark layers (e.g. waterproofing elements, non-woven materials, mats). Any heat build-up can lead to deformation of the thermal insulation boards and therefore must be avoided. JACKODUR products cannot withstand continuous exposure to sunlight (UV radiation) and their surface must be protected from weathering. Contact with volatile substances (e.g. Solvents) and solvent-containing adhesives must be avoided. Because JACKODUR products offer a wide range of application options, suppliers cannot always monitor them for proper compliance with processing instructions, handling and installation. As a result, JACKON Insulation GmbH is liable only for the data named here in accordance with licensing regulations.