PBM 1/2015

ISS

N 1

426-1

995 1/2015

POLISH DEFENCE INDUSTRY. Aviation, Land, Navy

2015

CONTENTS

Publisher:POLISH BUSINESS MAGAZINE. ul. Ratuszowa 11, 03-450 Warszawa. Poland.tel./fax: +48 22 818 91 68; +48 888 228 222. E-mail: [email protected] website: www.pbm.com.pl. Editor-in-chief: Greta TyszkaLayout and print: Arkuszowa Drukarnia Offsetowa Sp. z o.o., 40 Traugutta str., 05-825 Grodzisk Maz.,ph. +48 22 724 30 21 • fax +48 22 724 09 66, www.ado.com.pl, e-mail: [email protected], graphics and design by Mirosław Kowalski

Targi Kielce .................................................................................................... II coverContents ............................................................................................................1 pagePreface – Czesław Mroczek – Secretary of State – Ministry of Defense........... 2-3Intermet Ltd: Composites Solution for Protection of Critical InfrastructureFacilities INTERMET Technology Innovation ...................................................... 4-6Autocomp Management Ltd......................................................................................7BZE Belma JSC .........................................................................................................8Castelior A.Górecki i Wspólnicy ...............................................................................9Allstar PZL Glider Ltd.............................................................................................10Military Electronic Works JSC ...............................................................................11Aviation Works Margański & Mysłowski .......................................................... 12-13Ship Design and Research Centre JSC ..................................................................14Naval Shipyard Gdynia JSC ....................................................................................15Stalowa Wola Steel Mill JSC ...................................................................................16Cenzin Ltd ................................................................................................................17Andropol JSC ..................................................................................................... 18-19Exofin........................................................................................................................20Military Works of Armaments JSC ..........................................................................21Mesko JSC ................................................................................................................22Łucznik Radom Ltd .................................................................................................23Pimco Ltd .................................................................................................................24Pit-Radwar JSC ........................................................................................................25Kubara Lamina JSC .................................................................................................26Military Communication Works No 1. JSC ............................................................27Radiotechnika Marketing Ltd .................................................................................28Nitro-Chem JSC ...................................................................................................29Tarmax Ltd ..............................................................................................................30Ferax Ltd .................................................................................................................31Konsmetal Alians Ltd.............................................................................................32Stalowa Wola Steel Mill JSC ...................................................................................33Trinity Interactive Ltd ....................................................................................... 34-35Expochart.com .........................................................................................................36Mechanical Works “Tarnów” JSC ................................................................III cover

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EDITORIAL FOR POLISH BUSINESS MAGAZINE NO. 1/2015.

During the last 25 years, the Armed Forces of the Repub-

lic of Poland have undergone sig-nificant changes and reforms, the main goal being the adjustment of the forces to the defense needs of the country. Undoubtedly, the most important stages of these changes were applying to the NATO stan-dards after Poland’s accession in 1999, and the professionalization of the armed forces that was intro-duced by a reform in 2007-2008. Professionalization means a fully professional army, well equipped and trained with the ability to ef-ficiently execute given tasks. The professionalization is not just a single act, it is rather a process of constant adaptation to changing challenges. In the meantime, Po-land has engaged in stabilization of security situation in the world. Soldiers wearing “white and red” badges on their shoulders were present in the Balkans, Iraq, Af-ghanistan and helped in crisis situ-ations taking place in Africa. The current cooperation within NATO and the EU is also of great impor-tance. Experiences gathered dur-ing conducting of joint operations and exercises contribute to the de-velopment of our armed forces.

Until recently the bulk of the equipment in the inventory of the Polish Armed Forces consisted of Soviet era systems, which had been procured in the 70s and 80s of the past century. Obviously

since that time a lot has changedin the realm of military technology and despite numerous upgrades these legacy systems do not meet the demands of the contemporary battlefield. Having ambitions of increasing the Polish defense po-tential through building profes-sional and efficient armed forces, we have to equip them with mod-ern armament systems.

“The Plan of Technical Modern-ization of the Armed Forces for theyears 2013 - 2022”, which assumesa deep modernization of mili-tary equipment and armament, is the result of our past experience,current threats and the approved strategy. The program of mod-ernization has a strong financialbase. Since 2001, Poland has beendesignating funds for defense ex-penses with the annual amount of 1,95% of her GDP. And startingfrom 2016 this amount will be in-creased to no less than 2% of the GDP. Thanks to the constant eco-nomic development, the Ministry of Defense has significant funds at its disposal within the stable fi-nancing system. This enables car-rying out ambitious and long term modernization programs.

The achievements of the last couple of years are i.a. procure-ment of F16 aircraft, Leopard tanks, modern individual soldier’s equipment, Naval Strike Missiles, as well as signing contracts for the

delivery of training aircraft, build-ing 2 surface combatants for the Navy and the delivery of AGM-158 JASSM missiles.

However, the largest and most im-portant projects are ahead of us. Decisions regarding most of them will be finalized in 2015. By the end of the first half of 2015, a pro-vider of 70 multi-task helicopters will have been chosen. The offers in this tender were submitted by 3 companies: the consortium „Pro-gram EC-725 CARACAL-POLS-KA” composed of: Airbus Helicop-ters SAS and Heli Invest Sp. z o. o. Services S.K-A; the consortium composed of: Polskie Zakłady Lot-nicze Sp. z o. o., Sikorsky Aircraft Corporations and Sikorsky Inter-national Operations Inc.; and Wyt-wórnia Sprzętu Komunikacyjnego „PZL-Świdnik” SA.

In the next year, decisions will be made regarding the most impor-tant, as well as the most technologi-cally advanced modernization pro-gram - the missile and air defense system. This program i comprises two elements: the short range sys-tem code named “Narew” and the medium range system code named “Wisła”.

Two entities were qualified to the final stage of the proceedings within the “Wisła” program. These entities are Raytheon and the con-sortium EUROSAM (MBDA and Thales). In a couple of months

CZESŁAW MROCZEK - Secretary of State - Ministry of Defense

2

one of them will be chosen as the provider of this key-system for ensuring the basic national secu-rity interest. Also in the next year,a tender will be released for the“Narew” system. A system-provid-er in this program will be chosen in 2016.

As I previously stated, we initiatedthe program of the Navy’s develop-ment. Underfinanced and outside the mainstream of modernization efforts for the past several years, the Navy has lately started to re-build its capabilities. Currently,two ships are being built: the pa-trol vessel “Ślązak” and the minedestroyer “Kormoran 2”. Both willbe commissioned in 2016. In the present year, we will proceed witha tender and signing of a contractfor the construction of further ships. These will be coast guard and patrol vessels. In the first half of 2016, we plan to sign a contractfor the construction of submarines. Also in 2016, we will choose a pro-vider of unmanned aerial systems, including armed ones.

The main goal of the technical modernization plan is primarily to provide modern equipment and armament systems for the armed forces. However, it also has anotherimportant aim, which is enhancing the potential of the Polish scienceand defense industry. The nationaldefense industry will play a seri-ous role in the program of techni-cal modernization. Some projects

will be carried out independently by Polish companies, while oth-ers will be conducted in coopera-tion with foreign entities. Every project will increase the national potential. The technical modern-ization plan offers a great chance for the industry to obtain access to modern technologies, thanks to amongst other things offset. In or-der to take maximal advantage of this situation, the fragmented in-dustry had to be consolidated.

The consolidation process of the defence industry sector had been successfully completed in 2014. The Polish Armament Group (Polska Grupa Zbrojeniowa) was created and more than 30 com-panies joined the group. Thanks to concentrating its potential, our national industry optimizes its op-erations and thus becomes a seri-ous partner for foreign companies in the largest and most advanced modernization programs, which go beyond its own capacities.

Equally important for us is to sup-port and develop our own national scientific potential, especially in the fields that have to be strictly connected with the needs of the Polish Armed Forces. Through the National Center for Research and Development we carry out signifi-cant projects such as the construc-tion of a new combat vehicle for the Land Forces. The intention of the Ministry of National Defense is that the main benefactors of the

modernization process of the Pol-ish Armed Forces are to be the Polish science and industry. We also wish that they fulfill the ambi-tions of our armed forces which fo-cus on building required defense potential and capacities.

The years of Poland’s serious en-gagement in stabilizing operations and peace missions are coming to an end. The wars in Iraq and Af-ghanistan or in the Balkans result-ed in defining new threats for the modern world. At the same time, they influenced the process of the modernization of the Polish Armed Forces. The year 2014 marked not only the end of our participa-tion in the combat mission in Af-ghanistan but it was also the year when the new operational strategy of the NATO was introduced and especially the plan of strengthen-ing the Alliance as agreed in New-port. Professional and efficient armed forces as well as NATO membership - these are the two pillars on which we build our de-fense strategy and the plans of the armed forces’ modernization. Be-ing strong ourselves we make sure that NATO also grows stronger and upon that joint strength of the most efficient military alliance in the world we want to rely.

3

Devices and systems used to the technical protection of critical infrastructure facilities are one of the dynamically developed

branches of industry and they incorporate bigger and bigger life areas of international communities.

The global threat of terrorism, building of new strategic facilities, the need to protect existing critical infrastructure objects such

as oil fi elds, refi neries, power plants, seaports, airports, water and gas depots, national borders cause a rapid increase in the

demand for new technologies and products for the protection of critical infrastructure.

Polish company INTERMET in collaboration with renowned Polish and European research centers has developed and launched the

production of innovative products, which are a new range of safety engineering.

The new off er eliminates the previously produced metal protection systems in favor COMPOSITE SYSTEMS PROTECTION (Fig. 1)consisting of composite pillars, composite protective nets,

And compositeentanglements

They are very aggressive, extremely durable three times lighter than metal, with excellent logistics and transportation possibilities.In the structure of composite fence system with diff erent geometric confi gurations and dimensions (depend on their application) electromagnetic and optical sensors are installed for real-time indication of attempts to undermine, defeat or tamper protection systems (with accuracy of 1 meter). For the purpose of the project innovative technologies have been developed and implemented.

The fi rst technology relates to the manufacturing of composite barbed wire and fences.Developed by Leichtbau-Zentrum Sachsen (LZS) and Leichtbau-Systemtechnologien KORROPOL (LSK) in Dresdenin collaboration with INTERMET RESEARCH OFFICE in Człuchów innovative blade-profi le manufacturing process for specially designed, aggressive bladescut in a specially profi led webs in the amount of two or three modules.

Rounded shapes of webs after the blades stampling form a compact unit with a core of entanglement or razor mesh with a very high strength and aggressiveness. The special design of the core has integrated fi bre reinforcements (i.e. Aramid fi bres) characterized by very high resistance to cut (Fig. 2)

An innovative technology developed by Leichtbau-ZentrumSachsen GmbH in Dresden is an adopted extrusion processcombining special thermoplastic material and glass fi bre reinforcement.This is a cutting edge solution in the fi eld of safety engineering, so that we get an innovative product with a better mechanical and exploitation properties, requiring more force necessary to break through.Developed innovative manufacturing technology allows the production of composite based barbed wire and razor mesh for diff erent application in ground, marine and underwater protection systems (barbed wire and swimming fence system), as well as to

protect ships against pirate attacks:

Fig. 1 Example of composite net fencing with radiant electric cable

sensor.

Fig. 2 Examples of composite razor blades.

COMPOSITES SOLUTION FOR PROTECTION OF CRITICAL INFRASTRUCTURE FACILITIES

INTERMET Technology Innovation

4

INTERMET RESEARCH OFFICE developed and launched the production of special drums for winding wire, entanglements and meshes for logistics and storage, as well as supporting their assembly (Fig. 3 and 4).

To increase the aggressiveness of the razor wire and razor mesh are

connected with one another using acidbonding (Fig. 5 and 6).

Strengths are developed by Leichtbau-Zentrum Sachsen, Dresden

GmbH in shaping entanglements innovative technologies in

diff erent geometric shapes: round, oval, square, rectangular or

other.

Another innovative technology relates to the preparation radiating

coaxial cable.

For this purpose, ROSENDAHL will supply a high performance

coaxial cable manufacturing unit consisting of following

manufacturing lines:

• Cascade extrusion insulation line to manufacture foamed

insulation for high frequency coax cable

• Forming, welding and corrugation line for copper screening

• Slotting line for continuous slotting of the corrugated conductor

• Jacketing line with inline tape application for pre-punched

copper tapes

Special cable designs (Fig. 7) used for this application are developed

by INTERMET and their partners based on standard cable designs

according following pictures.

Technical paramters:

Inner conductor: Copper Clad Aluminium

Copper Tube Insulation: High purity HDPE foam, expanded with

CO2

Outer Screen: Welded and corrugated copper with

longitudinal slots

Jacket: FRNC/LSOH, PE, PVC

Impedance: 50 ±3 Ohm

Velocity of Propagation: 86%

Attenuation: 10,69 dB/100m @ 2000 MHz

VSWR: 1,1

For the manufacturing of this type of cables, ROSENDAHL has

developed the cascade-extrusion process (Fig. 8) for foaming

PE polymers. With this technology, highest expansion values (up

to 86% blowing) for the insulation with perfect geometrical and

electrical properties are achievable.

The fi rst extruder melts the polymer. Then CO2 as foaming gas is

injected into the homogeneous melt and solved in the polymer.

The maximum amount of gas solved in the melt depends on the

temperature of the polymer at the injection point and the content

of hot spots created in the polymer. This hotspots are created by

additives mixed with the polymer before extrusion. This polymer

melt gas mixture is then conveyed into a second extruder which

has the task to homogenize the mixture and to cool the polymer

enough to achieve keep the geometrical dimensions after exiting

the

crosshead tooling. After the foam is applied to the conductor, a

uniform cooling is required to limit the expansion to the required

diameter and cool the fi nished insulation before winding on a take

up reel. Fig. 9 shows a cross-section of the achieved

Fig. 3 Deploying of entangle-

ments from the “backpack

system”.

Fig. 9: Foamed InsulationFig. 8: Cascade Extruder group

Fig. 7: Radiating cable

Fig. 5 Composite razor mesh

Fig. 4 Deploying of entangle-

ments from the car packing

system.

Fig. 6 Composite razor wire

5

The next production step applies the outer conductor. Therefor a smooth copper tape is formed to a tube according Fig. 11, welded longitudinally and then corrugated. The principle of this process is shown in Fig. 12. The corrugation provides contact with the insulation, provides mechanical stability of the cable and the required bendability for the installation.

To achieve highest quality, a constant diameter of the welded tube is required, therefore the copper tape is inline cut to the required with. Static forming stages insure that the welding gap is always exact under the welding torch. To provide stable welding conditions and a perfect corrugation, a high precision caterpillar with profi le rubber belts is pulling the tube and feeding it into the corrugator with speed variations of less than 0,0003 m/min variation.

High dynamic digital drive systems combined with zero backlash gearboxes provide the base for such high precision.Finally, a high speed corrugator, designed for 7000 rpm forms rings on the copper tube with a very uniform geometrical shape and diameter. The pitch and diameters of the corrugation need to be within narrow tolerances to achieve low VSWR and minimum impedance variations.

After the corrugation process, openings are cut longitudinally into the crests of the corrugated outer conductor. This openings allow the exit of high frequency microwave radiation directed in the required area which needs to be monitored for any intruders. At the same time this slotted cable works as receiving antenna. Together with innovative electronic equipment objects closing in to the installed cable are detected and their position is exactly determined.To protect the high frequency cable from environmental infl uences, such as humidity, dust and rodents a jacket is applied over the corrugated conductor.

To maintain highest precision throughout the manufacturing process every production step is inline and off -line quality controlled. All the production lines provide extensive quality control devices and special software evaluating the manufacturing process. Additionally, all manufacturing data for a cable are stored on the line computer for documentation and later evaluation of the process. The equipment provides economic and high precision cable manufacturing ensuring constant quality.

Innovations for this process:• A novell gas injector, where the gas fl ow rate is adjusted by

utilizing diff erent coeffi cents of thermal expansion of the housing and the injector needle

• A liquid heated and cooled crosshead enabling precise temperature control of the polymer melt.

• A high pressure gas pump capable to deliver CO2 as foaming gas

with pressure variations at 700 bar with less than 0,1 bar variation.• Screw designs for the melting and mixing extruder allowing

expansion rates up to 86%• A control system providing pressure and speed controls for the

extruders providing uniform material fl ow through the extrusion tooling.

• Innovative line control system with graphic user interface supporting the manufacturing process and the operators to manufacture economically highest quality cable.

Fig. 10: Process stability

Fig. 12. Welding corrugation

Fig. 11: Forming Corrugation

AUTHORS:Ryszard Stachowiak – President of INTERMET, Człuchów.

Jan Boesner M.Sc. Eng. – Leichtbau-Zentrum Sachsen GmbH(LZS), Dresden, Germany

Dipl.-Ing. Marco Zichner – Head of Leichtbau-Systemtechnologien KORROPOL (LSK), Dresden, Germany

Gerhard Jakopic – Chief Executive Offi cer RosendahlNextrom GmbH, AustriaRobert Pinter – Sales Manager Rosendahl Nextrom GmbH,AustriaGerhard Hofer – Product Manager Rosendahl NextromGmbH, Austria

Professor Mieczyslaw Szustakowski, Ph.D – Head of Security Systems Group, Military University of Technology, Warsaw,Poland. WieslawCiurapinski, Ph. D. – Head of Optoelectronic Systems Division, Military University of Technology, Warsaw, Poland. Marek Zyczkowski, Ph. D. – Institute of Optoelectronics, Military University of Technology, Warsaw, Poland.

6

Detection and identifi cation of landmines and IED hidden underground

GPR approach

WITU (Military Institute of Armament Technology in

Zielonka) has conducted a project “Detection and iden-

tifi cation of landmines and IED hidden under ground” in

which Autocomp Management has realized GPR (Ground

Penetrating Radar) approach to landmine detection.

Based on experiments and analyses from that part a new

robot has been created for landmine and IED detection

and identifi cation.

Radio part operates in 3GHz to 18 GHz band. Bandwidth of

15 GHz, together with newly designed dedicated antenna,

allows to achieve high resolution images and be sensitive

to small details of an object. Achieved sensitivity supports

detection of metal but in particular wood or plastic mines

(fi g.1). System works reasonably well also in wet and/or

not-sand-type ground, common for European countries.

As a carrier for GPR radio systemautonomous robot has

been created. It could work in many autonomous modes

like scanning selected area or be controlled directly by an

operator. Operator is not required to stay close to the ro-

bot. Safe distance of a few hundred meters is allowed.

Besides traditional A-Scan and B-Scans system provides

3D scans, which could be visualized on stereoscopic ocu-

lars (like eMagin Z800) as well as on a computer screen.

A unique feature of a system is automatic identifi cation of

mines. Operator could use pre-created database as well as

teach a system to recognize a new mine/IED, if some scans

of that object has already been taken. For identifi cation

modern boosting-type algorithm has been used.

Fig.1. GPR response (B-scan) for two objects (metal and wood) approximately 8 cm below ground

(left), plastic mine hidden under not-sand-type ground and its 3D response (right).

Fig.2. Metal mine and a robot ready to scan.

Fig.3. Typical TD-section-scan (left) and B-Scan (right) of a mine. Fig.4. Example of automatic identifi cation results.

7

CASTELIOR A. Górecki i Wspólnicy Sp. j.

Centrala Wrocławul. Brzozowa 8, 55-330 Gałówtel.: +48 666 05 29 29,fax: + 48 22 201 21 64,e-mail: [email protected]: [email protected]

Oddział Wrocławul. Jerzmanowska 107, 54-530 Wrocławtel.: +48 666 05 29 29,fax: + 48 22 201 21 64,e-mail: [email protected]: [email protected]

Oddział Warszawaul. Chełmońskiego 3A, 05-091 Ząbkitel.: +48 669 25 01 71,fax: + 48 22 201 21 64,e-mail: [email protected]: [email protected] maail: [email protected]: zamowienia@e-mail: [email protected] porelsta@canieowma:aim castelior.plp

CASTELIOR A. Gorecki i Wspólnicy Sp.j.is a distributor of high quality crates

for transport and transport-protective.

CASTELIOR is the one company on the Polish market, which is offering brands such as: EXPLORER, SKB, AEGIS, ECS, NANUK, HARDIGG, PELI, PLANO

This world leaders in the production of airtight and durable transport crates of plastic.We offer more than 800 models of boxes intended for all sectors of the economy.

The company specializes in individual solutions aimed at improving the safetyof the transported goods.

On request, we realized there are individual filling boxes which are intended to enhance the safety of the transported equipment as well as its stability and ergonomics storage.

Construction and Implementation Department has carried out a lot of projects for companies, directly and indirectly related to the defense industry in Poland.

We are performing tasks for members of the Polish Armaments Group (PGZ S.A.)

effective protection equipment

www.castelior.pl

Centrum Techniki Okrętowej S.A.

Szczecinska 65

80-392 Gdańsk, Poland

phone: +48 58 307 46 97

e-mail: [email protected]

www.cto.gda.pl

SHIP DESIGN AND RESEARCH CENTRE S.A.

Ship Design and Research Centre is a modern,

multidisciplinary research and design centre, well

recognized in many countries due its services and

activities especially for maritime sectors, includ-

ing Navy.

We have the experience in more than 70 projects for the

d f i d f i i l di P l ddefense industry of many countries, including Poland.

Our facilities:

• towing tanks for model tests of ships, off shore struc-

tures and other fl oating units, including military vehi-

cles,

• cavitation tunnel with hydro-acoustic chamber,

• aerodynamic tunnel,

• accredited and notifi ed complex of laboratories for fi re

and acoustic tests, supports by Product Certifi cation

Division,

• off shore laboratory with devices for hydro- and aerody-

namic model tests,

• stands for resistance tests of: vibration, single and mul- stands for resistance tests of: vibration, single and mul

tiple shocks, seismic (developed for the needs of the

defense industry),

• professional IT tools for wide range of numerical simu-

lations.

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We design, build, modernize, conversion, repair commercial ships and navy vessels. We have our own Design and Technology Department as well as Armament and Electronics Center.

Contact: Stocznia Marynarki Wojennej S.A. w Gdyni(English wording: Naval Shipyard S.A. in Gdynia)For more informa on: www.navship.pl

81-127 Gdynia, Poland, ul. Śmidowicza 48phone: +48 58 625 81 02fax. : +48 58 625 01 47e-mail: [email protected]

WE CREATE SMARTER FUTURE AT SEA

NAVAL SHIPYARD S.A. in Gdynia- experience and quality since 1922.

Navy vessels:

•patrol craft•landing craft •submarines

•mine hunters•minesweepers

•offshore vessels

Commercial ships:

• search and rescue vessels•ferry boats

•container ships•oil and chemical tankers

•gas tankers•sailing ships

•research ships•tugboats

15

Your reliable partner in business

22

PROMETHEUSThe best quality. The most precise.

The new quality of threat detectionAWARDED AT MSPO 2014

PIT-RADWAR S.A. is one of the leading suppliers of professional electronic equipment for the Armed Forces of the Republic of Poland. For decades, the Company has conducted research and

support and measures, C2 systems and related armament sys-tems, especially air defence systems.

PIT-RADWAR S.A. ul. Poligonowa 30, 04-051 Warsaw, Poland

phone: +48 22 540 22 00www.pitradwar.com

25

KUBARA LAMINA - Polish producer of

microwave products for the defense

industry. The products meet the Min-

istry of Defense and NATO require-

ments.

One of the main fi elds of our operation

is the production of microwave tubes

used in transmitter modules of radiolo-

cation stations in the defense industry.

The tubes we produce include:

- amplitrons – tubes classifi ed Crossed-

Field, Backward-Wave Amplifi er, used

for high pulse power amplifi cation. They

operate as high power amplifi ers at the

end of the radar transmitter.

The quality of the products is proved

by the certifi cates ISO 9001:2008 and

AQUAP 2110:2009. The range of certi-

fi cations covers projecting, production

and maintenance of microwave manu-

factures as well as mechanical and gal-

vanic processing.

Our competencies:

• projecting and production

• maintenance, inspection and repairs

• research development works

• technological innovations

• trainings

KUBARA LAMINA S.A.

34 Puławska Str.

05-500 Piaseczno, Poland

www.kubara-lamina.com

[email protected]

26

• Over 65-year-long existence on defense market,

• Huge experience in production of explosives and ammunition,

• Proved quality of off ered products acc. to MIL, STANAG, TL standards,

• Wide range of products including TNT, RDX, HMX and variety of explosive compositions as

well as artillery, tank, mortal ammunition in NATO and non NATO calibers,

• High production potential and diversifi ed technological, storage / logistic base,

• Young and creative personnel,

• Diff erent R&D projects in course /e.g.Insensitive compositions for insensitive ammunition/

• Activity on many international defense and civil markets,

• Focus on innovation, continuous development and upgrading,

• Flexibility and reliability of customer service.

HMX + VITON NTO

RDX + GRAPHITE RDX

TGAF

TNT

EXPLOSIVES & AMMO FILLING SERVICES

www.nitrochem.com.plZakłady Chemiczne “NITRO-CHEM” S.A. 85-825 Bydgoszcz, ul. Wojska Polskiego 65A, POLAND

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PBM 1/2015

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