Exhibitor profiles and offers

Name of company / organization

Name of principle person or persons attending the exhibition

Viktor A. Shchegol, General Director
1 Kryvoriz'ka Str., 49008, Dniepropetrovsk, Ukraine;
Tel.:.+38 (0562) 34-39-05
Fax: +38 (0562) 42-83-59
E-mail: prom@miac.dp.ua

Sergiy N. Voyt, First Deputy of General Director:
Tel.: .+38 (0562) 34-38-45

Olexander S. Korotkov, Chief engineer:
Tel.: .+38 (0562) 34-39-05

Type of business in which you are involved

• Manufacturing of Launch vehicle (LV) "Zenit-3SL" for Sea Launch company, "Zenit-2" for Russian space program
• Manufacturing of spacecrafts for Space program of Ukraine and for orders of others countries.
• Manufacturing of ground-universally tractors: UMZ-6, UMZ-80, UMZ-82 with 60-80 Æ horsepower.
• Trolleybus manufacturing and manufacturing of trams together with Joint Venture "Tatra-Yug";
• Airplanes undercarriage manufacturing for AN-140, AN-148;
• Manufacturing of units for wind turbine power station: USW 56-100 by power Æ 100 kw-hr, T600-48 by power 600 kw-hr;
• Manufacturing of protective containers and modules for transportation, storage and interment of radio-active and chemical wastes.
• Manufacturing of large dimension stamps.
• House-building.
• Manufacturing of technological equipment, tools and other.
• Manufacturing of energy carriers (steam, hot water, compressed air and other) and other products at order.
• Development plans for participation in international and domestic projects on creation of new technique:
  • modernization of LV "Zenit-3" for launch from "Baykonur" space-vehicle launching site by Land Launch USA (Land Launch project) company;
  • creation of LV "Cyclone-4" for joint Ukraine-Brazil project on launching of satellites from "Alkantara" space-vehicle launching site (Brazil).
  • modernization of LV "Dnepr" for launch of commercial satellites for Russian order company "Kosmotras".
  • development of manufacture of airplanes undercarriage.
  • manufacturing of units and assemblies in the context of participation in "Vega" project of Europe space agency .

• Sea Launch (Sea Launch Company, USA) Æ in cooperation with Boeing (USA), Kvaerner (Norwegian-British Company), Energia (Russia), Design Bureau Yuzhnoye (Ukraine) provides services on launching of satellites with Zenit-3SL launch vehicle from sea-based platform;
• Launches of Cyclone-4 space rocket at Alkantar space centre;
• Land Launch (Land Launch Company, USA) Æ provides services on launching of satellites with Zenit-3 launch vehicle from Baykonur in cooperation with Sea Launch Company (USA) and International Space Services (Ukrainian-Russian Company).

Specific offer to American companies

1. Manufacturing of tanks of different diameters up to 4 meters and length up to 22 meters including that from aluminum alloy by way of welding of tank sections of wafer profile.
2. Manufacturing of high-pressure bottles (pressure up to 200 atmospheres, diameter Æ 250-750 mm) from titanium alloy.
3. We offer manufacturing of combined high-pressure bottles in capacity up to 50 litres, working pressure 35 atmospheres with a steel covering and a diameter 450 mm, which is reinforced with organoplastic, permitting to reduce in twice weight of a product in relation to a metal sample at identical working pressure.
4. Realization of tests on functioning of micro-satellites at imitation of influence of space on the stand of temperature-vacuum tests (STVT), which emits external influence of space on the satellite. Temperature of influence up to -183^o, vacuum in the chamber - 5x10^-5 atmospheres. The complex of electrical and functional tests are carried out on the stand. The satellite is established on the support-rotary device, which at tests simulates the rotation around the Sun and Earth. The sizes of the chamber L Æ 3,3 m, ø 3,2.
5. The enterprise owns technology of contact-joint welding of elements of load-bearing units of ribs, profile preparations from alloys AMG-6, 01570, V95, D16, AK6, and also elements "fitting + stringer", which were joined by riveting from alloys B95+AK6. The replacement of connection of the unit by means of riveting on contact-joint welded design allows receiving lower weight of the unit and high technical and economic parameters of manufacturing. Mechanical properties of welded connections are equivalent to the basic metal.
6. We have a technological opportunity to manufacture units from non-rusting, corrosion-resisting, alloyed constructional and high-strength metals by way of exact casting with weight of products from 30 gr. up to 30 kgs.
7. Manufacturing of relief pipelines from metal of an aluminium alloy of length up to 1,5 m and diameter up to 1,0 m, by way of tearing off, which permits to receive a detail without welded seams. There is also an opportunity to produce by way of tearing off the bottom with a diameter up to 3,9 m from aluminium alloys.
8. Manufacturing of nonmetallic products from organoplastic in length up to 7 m and diameter up to 2,8.
9. The enterprise has an opportunity, in case of the ponderable order, with realization of preparation of manufacture produce titanium parts by way of casting in vacuum-arc furnaces. Overall dimensions of parts up to 1,0 m ø and H - 1,0 m. For example, casted out bells made to order of city administration of Dniepropetrovsk.
10. Combustion chambers for launch vehicles.
11. Bimetallic adapters from an alloy of aluminium + non-rusting materials for welding by a diameter from 40 mm up to 300 mm.
12. Liquid jet engines for launch vehicles with tractive force up to 120 tones.
13. Tractors UMZ-6 AKM 40.2, UMZ-8040.2, UMZ-8240 by 60-80 horse-power. With the wheel formula 4x2, 4x4, by price from $16.000 up to $18.500.
14. Trolleybuses

    T-2 serial production (single, two-axle trolleybus)	Contact-rheostate control system Seating capacity Æ 103 men Number of doors Æ 3 Design speed Æ 60 km/h Price Æ $140.000
    E-186 (With a low floor)	Seating capacity Æ 112 men Antiskid device Antiwheelspin system Thyristor-impulse control system with recuperative electrodynamic brakes; Design speed Æ 72 km/h; Number of doors Æ 4

15. Trams
    

    K-1MB	Two traction drives with the converter on LJBT transistors, which are controlled from control panel of the driver. Seating capacity Æ 287 men; Maximum speed Æ 75 km/h; Number of sections Æ 3; Middle section with low level of floor; Number of doors Æ 5; Rated voltage of high-voltage circuits Æ 550 V
    K-1	Traction drive with the converter on LJBT transistors, which are controlled from control panel of the driver. Seating capacity Æ 170 men; Maximum speed Æ 65 km/h; Number of sections Æ 1; Number of doors Æ 3; Rated voltage of high-voltage circuits Æ 550 V

16. Units for wind-electric equipment on manufacturing of the electric power: Height of the towers up to 60 m, weight up to 62 t and base no more than 4 m; Gondolas and hubs; Blades are manufactured from fiberglass plastic L Æ 23,3 m, W Æ 2,4 m, weight 2,1 t.
17. Sets for undercarriage units of airplanes with take-off weight 21,5-42 t consisting of stanchions, shock-absorbers and supports.
18. Containers of KHC-02 type
    Suggested containers of KHC-02 type are intended for collection, transportation, storage and landfill of solid radioactive wastes of I and II group per SPORO-85, with their storage term being at least 300 years. Containers of KHC-02 type have Certificate of Compliance of November 03, 2004, series VB No. 253185
    

    Dimensions, mm
    Diameter	626
    Height	840
    Capacity, dm3	200
    Net weight, kg	47
    Service life guaranteed, not less than ... years	300
    Storage conditions:
    Temperature, oC	-40...+80
    Relative humidity, %	Is not specified

    
    Besides, container has radiation-protective properties, which are characterized by the following comparative values of mass attenuation factors of γ-emission, cm²/g:
    

    Energy, keV	Protective properties	Steel	Lead
    59.5	1.737	1.072	4.241
    661.6	0.0751	0.0529	0.0964

19. Containers of KHC-007 type
    Suggested containers are intended for packing, transportation, storage and landfill of solid toxic (pesticides, herbicides, mercury-containing materials etc.) and radioactive waste of I and II group per SPORO-85. Containers of KHC-02 type have Certificate of Compliance of November 03, 2004, series VB No. 253185
    

    Dimensions, mm
    Diameter	560
    Height	491
    Capacity, dm3	70
    Net weight, kg	32
    Service life guaranteed, not less than ... years	200
    Storage conditions:
    Temperature, oC	-40...+80
    Relative humidity, %	Is not specified

    
    Besides, materials used to manufacture the containers have radiation-protective properties, which are characterized by the following comparative values of mass attenuation factors of γ-emission, cm²/g:
    

    Energy, keV	Protective properties	Steel	Lead
    59.5	1.152	1.072	4.241

20. Rubberized fabric for protection against radiation
    (TU U 25.1-31655768-001-2005)
    Rubberized materials with radiation-protective properties can be used for manufacturing of personal/collective protective equipment/means during performance of installation and other operations on the territory of SHELTER facility.
    The material provides protection from:
    • Direct contamination from radioactive wastes;
    • Radioactive α- and β-emission Æ entirely;
    • Highly penetrative -X and γ-emission Æ partly;
    • Chemically and bioactive substances.
    Clothes from rubber protective material are airtight, used as additional PPE and are worn over usual overalls and special footwear when are performed repairing, installation and decontamination operations.
    Collective protection clothing made of rubberized radiation-protective fabric are very elastic and have small weight compared to items made of lead-containing materials.
    Radiation-protective properties of rubber material for PPE:
    

    Density, g/cm3	Linear attenuation coefficient, cm-1
    	241Am	137Cs	60Co
    	60 keV	661 keV	1,210 keV
    2.12	2.5120	0.235	0.146

    
    The thickness of one layer of radiation-protective rubberized fabric is 0.8 mm. Plate is manufactured in roll by width 900-1200 mm.
    Rubberized fabric for protection against radiation is also used for manufacturing collective protective equipment/means: elastic screens, screens and shields. For instance, radiation-protective shield of 0.5 m² and 20 mm thick weights 20 kg and has the following radiation-protective properties:
    Atteniation decrease on energy of ¹³⁷Cs (661) Æ 1.622
    Atteniation decrease on energy of ⁶⁰Co (1210) Æ 1.35
    Hard-to-burn products delivery is possible.
21. Polyvinylchloride film for protection against radiation
    (TU U 25.1-31655768-003-2004)
    Radiation-protective properties:
    

    Density, g/cm3	Linear attenuation coefficient, cm-1
    	241Am	137Cs	60Co
    	60 keV	661 keV	1,210 keV
    2.04	2.481	0.191	0.156

    
    Materials based on PVCh (polyvinylchloride) are one of the most widely used materials for protection against radiation. They are used for manufacturing of personal protective equipment/means and clothing (suits, coveralls, gowns, cover-sluts, jackets, raincoats, gloves etc.), as well as collective protective means (elastic folding screens, shields, screens etc.). The distinguishing feature of this material developed by Yuzhmash based on PVCh is its use as filler of special modifying agent based on superdispersed medium. It allows support increased radiation-protective properties of material as compared to its initial condition.
    Clothing made of PVCh is airtight, used as additional PPE and is worn over usual overalls and special footwear when are performed repairing, installation and decontamination operations at nuclear power plants.
    The thickness of one layer of PVCh radiation-protective material is 0.4 mm.
    Hard-to-burn products delivery is possible.
22. Radiation-protective glass-fiber plastic
    Radiation-protective fiberglass plastic is intended for manufacturing of hard screens, shields, elements of external and internal coatings, quick-to-assemble building structures (passages, temporary facilities, walls).
    The history of composite materials application at State Enterprise "Production Association Yuzhny Machine-Building Plant named after A. M. Makarov" in rocket production has proved high mechanical strength and chemical resistance with the weight of these materials being relatively small.
    Research conducted at Kharkov Physical-Technical Institute has shown that radiation resistance of the composite material will remain for not less than 300 years.
    Items manufactured of composite radiation-protective glass fiber plastic are characterized by the following properties:
    Radiation-protective properties
    

    Linear attenuation coefficient on the energy 137Cs (662 keV), cm-1	0.287
    Density, g/cm3	1.78