SC UZINA MECANICA ORTIE SA Ductile iron pipes

SC UZINA MECANICA ORĂŞTIE SA Ductile iron pipes Even water need us!

Pipe foundry l Designed and build up to run as an independent production capacity l Total surface: 57. 639 sqm l Build surface: 20. 208 sqm l Concreted platform 6. 381 sqm

Quality insurance The Quality Management System worked out and implemented in conformity with ISO 90012001 requirements, is certified by TUV Germany, guaranteeing production and commercializing of products in total quality system. (Certificate nr. 12 100 9817/February 2004) Pipes are produced in conformity with European and international standards: EN 545, ISO 2531 and DIN 28610 (Certificate nr. 20/March 2004 – TUV Germany)

Low frequency induction furnace Melting capacity: 12, 5 to/furnace Melting time: 3, 5 h/furnace Temperature: 1550ºC Installed power: 2800 k. Wh Frequency: 50 Hz Charging procedure: ladle 4 to Producer: Independenţa Sibiu (Ro) (2 pcs) Melting Medium frequency induction furnace Melting capacity: 8, 4 t Melting time: 43 min Temperature: 1550ºC Installed power: 7400 k. Wh Frequency: 250 Hz Charging procedure: vibrating carriage – 9 to – programmable (Automat Siemens SPC Simatic S 7) Producer: ABB (1 pc)

Holding furnace Capacity: 65/85 t Max temperature: 1550ºC Installed power: 800 k. Wh Frequency: 50 Hz Furnace type: inductor with channel Charging ladles (10 to) Mg-treatment - Tundish system for 1 and 3 t ladles with pocket Seller: BBC (1 pcs)

Core-shooting plant Core-shooting machine (Producer: IMF Italy) l COLD-BOX process l Cycle of core boxes: 3 min DN (mm) 100 150 200 250 300 350 400 500 600 700 Theoretical capacity 80 60 60 40 40 20 20 20 (pcs/h) Working mode : ümanual üautomatically – programmable Siemens SPC Simatic S 5

Casting Centrifugal casting machines (Producer: Bracker Germany) DN 100 – DN 300 DN 350 – DN 700 DN (mm) 100 150 200 250 300 350 400 500 600 700 Theoretical capacity (pipes/h) 48 40 36 28 25 23 22 18 15 11 Electrical capacity use: Recycled cooling water consumption: l Working mode: l Pipe length: 130 k. Wh 80 mc/h Electrical capacity use: Recycled cooling water consumption: 150 k. Wh 120 mc/h manual automatically – programmable Siemens SPC Simatic S 5 6 m + spigot length

Annealing furnace l Furnace dimensions: – – – Useful length Breadth Average height 36 m 7, 3 m 2, 25 m l Capacity ~ 22 t/h l Temperature (max) 1030ºC l Chain speed (max) 0, 6 m/min l Consumptions: – – natural gas pressed air 800 Nm³/h 100 m³/h Refractory lining: üRefractory concrete, refractory brick, ceramic fibber Working mode: üautomatically – programmable Siemens SPC Simatic S 5 (Producer: IOB Germany)

Zinc coating machine Procedure: with Zn wire, by thermo pulverizing with electric arc ü Thickness of zinc layer: 25µm (min 130 g/sqm) ü Dust - exhaust plant: filter (Beth) – 280 sqm ü Working mode: ü manual ü automatically – programmable Siemens SPC Simatic S 5

Pressure water station Nominal diameter Testing pressure for pipes (mm) (bari) 100 – 300 50 350 - 600 40 700 32 ü Clamping force : 240 Mpa

Combined cut-of and chamfering machine l Cutting device: – 3 cutting heads disposed at 120º l Cutting tool: – 3 milling tools with cutting alloy tips l Extra equipment: – removal device for transported of ring for folding tests

Concrete lining plant l l l Procedure: low speed Concrete: obtaining in Eirich mixer Concrete transfer system: mechanical snake - pump Lining: by lance with stinger beam Consistence of concrete – insured by a mechanical pipe rotation and vibration unit Maturing chamber: -Dimensions: -Temperature: -Humidity: -Curing capacity: 22 x 8 x 2, 8 m max 110ºC max 90% 15 to/h üWorking mode: manual automatically – programmable Siemens SPC Simatic S 5

Bitumen coating plant Procedure: - spraying with AIRLES system l l Layer thickness: min 70µm l Used material: Curing chamber: - Dimensions: - Temperature: - Curing time: Inertol BS 10 25 x 8 x 2, 8 m max 70ºC 35 min/pipe Working mode: ümanual üautomatically – programmable Siemens SPC Simatic S 5

Sp ec tro me ter SPECTROLAB – LAVFA 18 A Base: iron l Analytical program for: l ü Iron – 17 elements+base (C, Si, Mn, P, S, Cr, Mo, Ni, Al, Cu, Ti, V, Mg, Pb, Se, Ce, Te, Fe) ü Steel – 16 elements+base (C, Si, Mn, P, S, Cr, Mo, Ni, Al, Cu, Ti, V, Pb, Se, Ce, Te, Fe)

Mould repair workshop ü ü ü Pressure Mould revolution: 6, 5 bar 4 -28 rev/min (depending DN) Hammering time: about 2 -10 hours (depending DN) Length of phonic chamber: 8 m Working regime: ü automatically – programmable Siemens SPC Simatic S 5 Other equipments: Ø Straightening plate Ø Grinding machine Ø Lathe Pneumatically hammering machine Welding equipment Transfer system - crane 6, 3 to - lateral motopiler “LINDE”

Overhead cranes Casting zone, treatment and bitumen coating zone: § External charging: § crane 5 tx 22 m with electromagnet - 2 pcs Internal charging § § crane 16/5 tx 22 m with weighting (20 to) – 1 pc crane 12, 5 tx 22 m – 1 pc crane 8 tx 22 m – 1 pc § crane 8 tx 16 m with electromagnet and weighting system (10 to) – 1 pc § crane 12, 5 tx 16 m with electromagnet and weighting system (10 to) – 1 pc § crane 5 tx 9 m with weighting – 1 pc Processing, concrete lining, fittings, compressors, thermal point: Melting zone: § § crane 12/5 tx 22 m with weighting system (20 to) – 1 pc § crane 16/5 tx 22 m – 1 pc Storage and delivery: § beam crane 3, 2 to – 5 pcs Mould workshop: § crane 6, 3 tx 16 m gantry crane 12 to – 1 pc

Electro compressors (with screw) l Type “Kaeser” - air capacity: 35, 7 m³/min - pressure: max 8, 5 bar 3 pcs - variable capacity: - pressure: 1 pcs l 20 -25 m³/min max 8, 5 bar Type “Atlas Copco” - air capacity: 24, 6 m³/min - pressure: max 10 bar 2 pcs

Motopiler Casting: q Frontal fork piler with hydraulic rotation system and weighting device - 8 to - 2 pcs Store and delivery q Frontal fork piler - 16 to - 1 pc Mould transport q Lateral fork piler - 6 to - 1 pc LINDE

Dust exhausters l Melting plant ü Filter: type Fabri Pulse; 393 sqm; with spark separator. l Zinc coating plant ü Filter: type Beth; 280 sqm; with cyclone. l Processing plant ü Filter: type Fabri Pulse; 320 sqm.

This ranks among Europe’s latest generation factories in this field.

The high degree of attractiveness of our offer is also provided by the location of the above mentioned achievement, namely Orastie town which has a distinct economic potential in the area and is located in the south-west of Transylvania, on the Muresului river Valley, in the pan European corridor No. 4. . The access into the town is made through two principal national and European ways of communication: road E 68 (DN 7) and railway – line 200, main line 2. The environment, in which business is developing in Orastie, offers different possibilities to investors to develop businesses. The cultural, historical and touristy background of Orastie and its surrounding district is a real advantage which under the current and future conditions will constitute the starting point for a successful and safe business.

We consider that this is a very good opportunity to invite, at this moment, those who are interested in it and we refer, of course, to the business people, to participate together with us to the success of the privatization process.