COMPANY PRESENTATION - Trafeco

COMPANYPRESENTATION

We are a Polish manufacturer of transformers,

inductive components, filters and power supplies.

CONTACT US

Tel.: +48 34 352 48 53

Tel.: +48 34 352 48 54

COMPANY DETAILS

TRAFECO Sp. J.

Artur Strug – Mirosław Łukiewski

NIP: 5751893283

REGON: 368276441

KRS: 0000694407

2020/21

OUR GOAL IS TO PRODUCE

THE HIGHEST QUALITY DEVICES

THAT FULLY MEET THE NEEDS

OF OUR CUSTOMERS.

TRAFECO

INFORMATION ABOUT THE COMPANY

We are a Polish company that designs and manufactures transformers, inductive

components, filters and low and medium voltage power supplies. The dynamic

development of the company allows us to stand out from the competition.

We offer our clients support and technical assistance during the selection and operation

of devices. We employ experienced engineering and production staff, thanks to which

we can undertake the implementation of technically advanced tasks. In cooperation with

research centres, we constantly improve the production technology. This cooperation

also gives us the opportunity to use innovative materials in our projects. We deliver our

devices to clients representing many demanding industries, incl. railway, mining, maritime

and medical. Our line reactors and filters are widely used in systems that improve the

quality of electricity (reactive power compensation, electric drives).

The company has implemented a quality management system compliant with the ISO

9001: 2015 standard, expanded with the quality requirements obligatory for suppliers for

the railway industry ISO/TS 22163: 2017 (IRIS) and an environmental management system

compliant with the ISO 14001: 2015 standard.

The company TRAFECO Sp. J. responding to the

growing market requirements, consistently

strives to achieve a sustainable leadership

position among companies designing and

producing transformers, inductive components

and filters for low and medium voltage.

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THE COMPANY’S OVERARCHING GOALS

• strengthening the position on the market of transformers, inductive components and filters,

both in Poland and abroad,

• expanding the scope of the product portfolio and constant technical and price optimization of devices,

allowing to increase the company’s competitiveness,

• providing customers with high-quality products while maintaining short delivery times,

• taking measures to ensure the technical safety of manufactured devices with a simultaneous reduction

in the impact on the natural environment,

• creating safe and pro-environmental attitudes and behaviours of employees through constant

improvement of their qualifications and involvement in activities for quality, health and safety at work

and environmental protection.

Management BoardTRAFECO SP. J.

The consistent implementation of the following goals

and their ongoing updating allows us to perceive

TRAFECO Sp. J. as a carrier of specialist knowledge

and extensive experience resulting, among others, from

human capital, and our products as a synonym of the

highest quality.

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OURPRODUCTS

• industrial automation

• mining and metallurgical

industry

• shipbuilding and railway industry

• medical devices and installations

• power supply, control and

separation systems

• power electronics

• line reactors, motor chokes and

du/dt limiting chokes for driving

systems

• compensation and filter chokes

for reactive power compensation

systems

• smoothing and coupling chokes

for power electronics systems

• coreless coils used, among

others, in power electronics and

railways

• medium frequency coils and

chokes for power electronics

• the SinECOTM sinusoidal filters for

operation at the output

of inverters

• the ThdECOTM harmonic

filters for operation at the input

of inverters

• DC power supplies, single and

three phase

SEPARATION, SAFETY, ISOLATION AND POWER TRANSFORMERS FOR:

INDUCTIVE COMPONENTS: FILTERS AND POWER SUPPLIES:

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PRODUCTS

TRANSFORMERS CHOKES AIR COILS

SinECO FILTERS ThdECO FILTERS SPECIAL DEVICES

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PRODUCTS

TRANSFORMERS

The TRAFECO company offers high-quality single and three-phase low and medium

voltage transformers. They find numerous industrial applications operating in the most

difficult environmental conditions and all climatic zones.

Our transformers power, among others, surgery and treatment rooms in hospitals, they

operate in drive systems of rail vehicles and are a source of energy for mining longwall

shearers.

A controlled production process, high quality standards, innovative design and

construction solutions combined with the use of modern magnetic and construction

materials allow us to meet the technical requirements of all our customers.

As part of internal development works and thanks to cooperation with numerous

research centres, we introduce our own innovative design and technological solutions to

production, consistently improving the parameters of our transformers.

High-quality single and three-phase low and

medium voltage transformers

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TRANSFORMERS

3TT THREE-PHASE POWER TRANSFORMER

POWER:VOLTAGE:PROTECTION RATING:

from 40 to 1600 kVAup to 6300 VIP00, IP23, IP44 or IP54

up to 630 kVAup to 1000 V

IP00, IP23, IP44 or IP54

3TTL THREE-PHASE CONVERTING TRANSFORMER

Universal three-phase power transformers are designed to supply electrical devices with the required voltage. They can

have several primary and secondary windings. The windings can provide additional control taps on the supply and load

side. In order to optimize the price of the device, transformers with rated power Sn≥15kVA can be manufactured using

aluminium windings.

Converting transformers are designed to work in power electronic systems. The windings of converting transformers

are resistant to the effects of higher harmonics of current. The core of this type of transformer works with reduced

induction, which reduces the losses caused by the influence of higher frequencies. We manufacture transformers for

any power and required voltage values.


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TRANSFORMERS

2TTMED SINGLE-PHASE MEDICAL TRANSFORMER

from 2,5 to 10 kVA230 VII

up to 1000 kVAup to 1000 VIP23, IP44 or IP54

3TTM THREE-PHASE MARINE TRANSFORMER

TRANSFORMERS

Medical version isolation transformers are intended for supplying medical and hospital rooms. They are subject to

very high technical requirements guaranteeing safety and reliability. No-load currents, insulation leakage currents

and transformer switch-on current are limited. Separation is carried out by a screen and double insulation. The

transformers on the secondary side have an additional 2M tap for connecting an insulation condition indicator. The

standard equipment are temperature sensors built into the winding.

Three-phase marine transformers are intended to supply control and lighting circuits on ships or in port docks. The

transformer windings may have additional control taps on the supply and load side. The housing construction enables

quick access to the device terminals.

PROTECTION RATING: IP00

POWER:VOLTAGE:PROTECTION CLASS:


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2TTH SCOTT TRANSFORMERS

up to 630 kVAup to 1000 VIP00 or IP23

up to 630 kVAup to 3300 VIP00

3TTK THREE-PHASE RAILWAY TRANSFORMER

TRANSFORMERS

The Scott transformer circuit consists of two connected single-phase transformers. The transformer windings are

connected in such a way as to ensure their uniform load. The Scott transformer system enables the supply of high-

power single-phase loads from a three-phase network while maintaining symmetrical network load.

Three-phase railway transformers are designed to supply electrical devices of the railway infrastructure with the

required voltage. They are also used as components of rail vehicles. Transformers dedicated to operation in difficult

operating conditions have a reinforced mechanical structure and are secured with additional protective impregnation

layers.



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3TTG THREE-PHASE MINING TRANSFORMER

up to 240 kVAup to 3300 VIP00

up to 630 kVAup to 1000 VIP00, IP23 or IP54

3AT THREE-PHASE AUTOTRANSFORMER

TRANSFORMERS

Three-phase mining transformers are designed to supply control systems and electrical devices used in the mining

industry, including circuit breakers and longwall shearers. In order to adjust the dimensions, in the case of higher power

devices, optional versions with the use of water cooling are available.

Three-phase autotransformers are a special type of transformers in which there are no galvanically separated primary

and secondary windings. Autotransformers compared to transformers at the same power are smaller and lighter but

have a much lower short-circuit impedance. They are used to regulate voltage levels, power electrical devices, start

motors, etc. The autotransformer winding can have many control taps.



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CHOKES

Inductive chokes constitute a large group of TRAFECO products. Our company is able

to design and manufacture an inductive component designed to work in almost any

industrial application. Numerous applications in various systems and operating conditions

cause the chokes to vary in terms of parameters and design. The energy smoothing and

energy storage chokes used in power electronics are subjected to high-frequency current

components. The construction of the cores of these chokes has been modified in order

to limit additional losses from high frequency currents.

The effect of currents with harmonic frequencies on the core and winding of the driving

chokes, operating at the input and output of inverters, causes additional losses on the

basis of eddy current and hysteresis. Moreover, in high power and higher frequency

chokes the phenomena causing additional losses increase - the skin effect and the

proximity effect. The design of the windings and cores of these chokes eliminates these

interactions as precisely as possible.

Similar interactions occur in chokes used in power engineering and in reactive power

compensation or filtration. For inductive elements operating in harmonic filters, their

inductance characteristics as a function of current are required to be maximally linear.

Maintaining a linear course of inductance is difficult and requires special technological

measures that prevent local saturation of the core. TRAFECO chokes are designed to

meet these requirements.

Reliable inductive chokes used in many

industries, effectively improving the quality of

electricity

CHOKES

3RTN THREE-PHASE LINE CHOKE

CURRENT:VOLTAGE:PROTECTION RATING:

up to 2500 Aup to 1000 VIP00, IP23, IP44 or IP54


3RTM THREE-PHASE MOTOR CHOKE

Three-phase line chokes are used in drive systems powered and regulated by means of inverters. Line chokes are

installed on the inverter power supply. The choke impedance in combination with the network impedance at the inverter

connection point limits the harmonic amplitudes of the current consumed from the network. In case of cooperation

with a thyristor converter, the line chokes limit the propagation of commutation disturbances.

Three-phase motor chokes are used in drive systems supplied and regulated by means of inverters. Motor chokes

work at the output of the inverters. They limit the values of capacitive currents flowing through the cable capacitance,

relieving the inverter and softening the steepness of the rise of du/dt voltage pulses, protecting the cable and motor

insulation.

CHOKES


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CHOKES

3RTU THREE-PHASE LIMITING CHOKE


up to 200 kVArup to 1000 VIP00, IP23, IP44 or IP54

3RTC THREE-PHASE COMPENSATION CHOKE

The three-phase du/dt chokes are used in drive systems supplied and regulated by means of inverters. The du/dt

chokes installed at the output of the inverters reduce the steepness of the du/dt pulses of the voltage supplying the

motor. This way they protect the insulation of the power cable and the motor.

Three-phase compensation chokes are designed to compensate for reactive power generated during the operation of

extensive cable networks or other high-power devices with a capacitive load. These chokes can work individually or in

complex, follow-up compensation devices.



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CHOKES

3RTR THREE-PHASE RESONANT CHOKE

BATTERY POWER:VOLTAGE:DAMPING FACTOR:

up to 100 kVArup to 1000 V


up to 2500 ADCup to 3300 VDCIP00, IP23, IP44 or IP54

2RTS SINGLE-PHASE SMOOTHING CHOKE

Resonant chokes are designed to work in reactive power compensation systems. They are installed in series with a

capacitive battery, creating a resonant circuit that protects the capacitors against overload. Such a system limits the

amplitudes of current harmonics and reduces the risk of resonance. Resonant chokes are selected individually for each

compensation stage, taking into account the capacitor’s rated voltage, its rated power and the required resonance

frequency.

Single-phase smoothing chokes are used in power electronics. They reduce the rectified current ripple in the rectifier

output circuits. Chokes of this type are also an important element of direct medium frequency converters. The presented

catalogue group of chokes is designed to work in induction filters of 6-pulse bridge rectifiers.

5,67%, 7%, 14%PROTECTION RATING: IP00, IP23, IP44 or IP54

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CHOKES

3RTL THREE-PHASE DISCHARGE CHOKE

BATTERY POWER:VOLTAGE:DISCHARGE TIME:

up to 60 kVArup to 1000 V

Quick-discharge chokes are used in modern reactive power compensation systems with power electronic switches.

Chokes of this type enable the discharge of capacitors in very short time.

ca. 1s



3RTW THREE-PHASE WATER-COOLED CHOKE

Chokes of this DESIGN are used in projects where it is necessary to adjust the dimensions of the element to the existing

building conditions and in high-current systems (e.g. electric heating). Depending on the application, various variants of

the choke cooling system are possible. The high efficiency of the solutions used by TRAFECO allows to dissipate power

losses from the devices, enabling the technical and economic optimization of projects with their application.


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COILS

The AirECOTM coreless coils are characterized by a linear inductance characteristic in the

full load current range. They find numerous applications in filtration and circuits with

significant overloads. The coils are designed in two versions - with natural air cooling and

forced cooling.

Due to the lack of a core concentrating the magnetic flux of the coil, these elements can

interact with nearby ferromagnetic structures. An improperly selected coil housing or

a massive structure in the immediate vicinity may affect the inductance value and self-

losses of the coil.

TRAFECO offers these elements in housings with the required degree of protection - the

coils are then adapted to work in a limited cooling space, and the housing material takes

into account inductive effects. If the customer plans to use its own air coil housing, we

offer consultation on its selection.

The use of coreless coils is the best solution

to maintain the linearity of the magnetic

characteristics.

COILS

AirECOTM AIR COIL


up to 2500 Aup to 3300 VIP00



AirECOTM AIR COILS WITH SILICONE COATING

COILS

An important parameter determining the use of air coils is their linearity of the inductance characteristic. In addition to

energy applications limiting the short-circuit current, they are used in harmonic filters, reactive power compensation

systems and power electronics. There are versions with the assumption of natural air cooling and forced air cooling,

which allows to optimize the dimensions of the device. The structural elements of the coils are made of composite

materials or paramagnetic steels, which reduces the losses of additional coils.

Air coils of this type are dedicated to work in difficult environmental conditions. They are used, for example, in traction

drives, where, in addition to high humidity, there is the influence of chemical factors and there is a risk of damage to

the coil by solid particles appearing during vehicle movement. The flexible protective coating used in these coils allows

for a significant extension of the service life of the devices, which directly translates into operating costs.

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AirECOdTM DUMPING COIL

up to 200 Aup to 24 kVIP00


AirECOzTM AIR COIL SETS

COILS

The AirECOd™ single-phase air coils are designed to work in medium voltage reactive power compensation systems.

The task of the coils is to limit the initial current that occurs in the circuit when switching on the capacitive compensation

stages. The elements are suitable for indoor use. Externally, the coils are protected with a special impregnation that

limits the leakage current and protects against dirt leakage. The TRAFECO offer also includes overhead versions of this

type of coils.

Air coil sets are manufactured in various electrical and mechanical configurations. The optional use of aluminium

windings allows to significantly reduce the cost of the application. Upon agreement with the customer, it is possible to

implement the forced cooling system.



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FILTERS

Despite the undeniable advantages of inverter drives, the modulated output signal is

often a source of unfavourable effects on the power cable and the regulated motor. High

switching frequencies and the accompanying high steepness of the voltage pulses du/dt

are the cause of voltage stresses in the insulation of the power cable and motor. High du/

dt steepness is a frequent cause of cable or motor damage. The high frequency of the

inverter output voltage increases the value of the earth and screen currents. The solution

to the above technical problems is the use of a sinusoidal filter of the SinECOTM type. They

restore the sinusoidal shape of the inverter voltage, limiting the amplitudes of the voltage

harmonics to the THDu value below 5%. This protects the motor and cable insulation

system and eliminates dangerous reflective voltages on the motor. A passive sinusoidal

filter consists of an induction choke and appropriately selected capacitors. Capacitors for

such an application are ordered in a special version, resistant to unfavourable high voltage

du/dt steepness. The chokes, on the other hand, are made in the low-loss CoreECOTM

multi-gap technology, which significantly reduces the choke’s core dispersion flux, which

reduces additional losses and limits the acoustic field around the choke.

Passive electric filters of the SinECOTM AND

ThdECOTM types by TRAFECO, are dedicated to

work in drive systems powered and regulated by

means of voltage inverters.

FILTERS

ThdECOTM HARMONIC FILTER

POWER:VOLTAGE:

PROTECTION RATING:

up to 315 kW

400 V

IP00, IP23 or IP54

SinECOTM SINUSOIDAL FILTER

THDi FACTOR: < 5 %

up to 315 kW400 V

IP00, IP23 or IP54< 5 %

Harmonic filters are devices designed to work in the power supply circuits of typical inverters with a 6-pulse input

rectifier. They make it possible to limit the harmonic content in the current consumed from the network to <5% THDi

(compliance with the IEEE 519-1992 and PN-EN 61000-3-12 standards). In large non-linear drives and receivers, where

such filters are used, there is no need to oversize the network transformer. The ThdECO™ filters protect the winding

of the supply transformer against harmonic overload.

Dedicated to work in drive systems powered by a voltage inverter - they restore the sinusoidal shape of the voltage

at its output. They limit the degradation of the motor’s insulation and the motor’s power cable, and reduce additional

losses and motor noise. Additionally, the SinECO™ filters relieve the inverter by eliminating parasitic capacitive currents.

Upon agreement, we provide sinusoidal filters tailored to the needs of the drive system for various ranges of switching

frequency, various voltages and currents.

POWER:VOLTAGE:

PROTECTION RATING:THDu FACTOR:

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FILTERS

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SPECIAL DEVICES

In addition to catalog transformers and inductive components, we design and supply our

customers with transformers, chokes, coils, filters and power supplies with non-standard

parameters, tailored to the needs of the project and individual customer requirements.

SPECIAL DEVICES

AIR COIL SET WITH FORCED COOLING

CURRENT:VOLTAGE:INDUCTANCE:

3 x 210 A400 V3 x 2,5 mH

POWER:CURRENT:FREQUENCY:

2,0 kVA80 A60 kHz

HIGH FREQUENCY INDUCTIVE SET4RTF-80/0,01-4TTF-2,0



Air coil sets with forced cooling are used in industrial applications as elements of an inductive load system. The coils in

the sets are designed according to the customer’s specification. It is possible to modify all mechanical, electrical and

thermal parameters of the coils.

An inductive set consisting of transformers and chokes is part of the high frequency converter. The use of modern

magnetic materials allows to design and manufacture inductive elements for converters operating at frequencies of

100 kHz.

AirECOz-3x210/3x2,5

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SPECIAL DEVICES

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TECHNOLOGIESInnovative design solutions.

The technology of manufacturing the CoreECOTM multi-gap cores allows to reduce losses in

chokes and magnetostrictive noise generated during their operation.

Line aluminium has been successfully used to make windings of transformers and chokes.

Thanks to this, we obtain lower weight and price of devices while maintaining all technical

parameters.

The use of modern, low-loss magnetic materials allows to reduce the weight and dimensions

of transformers and chokes.

MULTI-GAP CORES

ALUMINIUM WINDING

MAGNETIC MATERIALS

The use of direct or indirect water cooling in transformers and chokes allows to significantly

reduce their weight and dimensions.

WATER COOLING

The impregnation process protects transformers and chokes against adverse climatic,

biological and chemical environmental influences.

PROTECTIVE COATINGS

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TheCoreECOTM

MULTI-GAP CORES

The CoreECOTM multi-gap core technology

• a modular core glued with epoxy resins

• precisely selected number, arrangement and width of the gaps in the column

• gap spacers limit the dispersion of magnetic induction around the gaps

• application in chokes operating in circuits with higher current harmonics, incl. power

electronics.

Advantages of the CoreECOTM technology

• smaller dimensions and weight of the chokes

• significantly lower noise and magnetostrictive vibrations

• power losses in the core lower by approx. 30% due to the reduction of dispersion, high

efficiency

• the possibility of using various core materials, from transformer sheets to nanocrystalline

materials

• stability of operating characteristics, linear relationships B (H), L (I)

The technology of manufacturing the CoreECOTM multi-gap cores allows to reduce

losses in chokes and magnetostrictive noise generated during their operation

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ALUMINIUM WINDINGS

Electrical conductivity of aluminium

• A suitable increase in the cross-sections of aluminium windings with a lower electrical

conductivity of aluminium allows to obtain the same resistances and losses in the

windings of transformers and chokes as in the case of copper.

Winding temperature increases

• Larger diameters of coils increase their cooling surfaces, which causes that

transformers and chokes with aluminium windings more effectively dissipate heat

in the environment. Equality of losses and a similar thermal conductivity coefficient of

aluminium allows to obtain similar or lower temperature increases of windings.

Thermal expansion of aluminium

• The higher thermal expansion coefficient of aluminium than copper causes damage

to the welded joints when the current paths are heated. Properly selected silver-

based binder effectively removes this threat.

Mechanical tensile strength of aluminium

• The lower mechanical tensile strength of aluminium compared to copper makes it

necessary to increase the cross-sections of the windings to ensure their resistance to

the radial forces impacting the windings during short-circuits.

Additionally, the enlarged geometry of the windings limits the short-circuit current.

Specific density of aluminium

• Due to the lower specific density of aluminium, despite the enlarged winding cross-

sections and larger dimensions of transformers with aluminium windings, their weight

is lower than in transformers with copper windings.

Line aluminium has been successfully used to make windings of transformers

and chokes. Thanks to this, we obtain lower weight and price of devices while

.maintaining all technical parameters

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MAGNETIC MATERIALS

Types of applied magnetic materials

• Low-loss electrical transformer sheets in the form of ready-made fittings or cut to size

• Modern amorphous and nanocrystalline materials in the form of ready-made, cut choke

and transformer cores

• Ferrite fittings used in chokes and high frequency transformers

• Iron-based powder cores used in the construction of choke cores

Advantages of using modern low-loss magnetic materials

• Reducing the size and mass of the devices chokes.

• Reduction of noise and magnetostrictive vibrations

• Increasing the efficiency of devices by reducing core losses in transformers and chokes

• Stability of material operating characteristics, linear B(H) relationship, high saturation

induction, linear temperature characteristics of the permeability μ(T)

• Availability of atypical amorphous and nanocrystalline cores thanks to cooperation with

the IMN Gliwice manufacturer

The use of modern, low-loss magnetic materials allows to reduce the weight and

.dimensions of transformers and chokes

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WATER COOLING

Direct water cooling

• Direct cooling is one of the most effective methods of cooling transformer windings and

chokes. The winding is made of a pipe or a closed profile, most often made of copper.

The profile conducts the winding load current and at the same time the coolant flows

through it.

Indirect water cooling

• Additional coolers in the form of cooling panels or cooling coils are placed in the

transformer or choke windings. The coolers are electrically insulated from the working

windings, which makes it more difficult to dissipate heat from the windings.

Advantages of water cooling

• High cooling efficiency by conduction of heat to the coolant.

• Considerable reduction in the weight and dimensions of transformers and chokes.

• Discharge of equipment losses outside the transformer housing without dissipating the

losses in the immediate vicinity.

The use of direct or indirect water cooling in transformers and chokes allows to

significantly reduce their weight and dimensions

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PROTECTIVE COATINGS

EPOXY RESINS

• Immersion or pressure impregnation with epoxy resin is the basic process protecting

each transformer and choke

• In mining, railway and marine versions, double impregnation with resins is used

• Specialized sealing resins are part of the insulation system, they protect the entire

device against negative environmental influences and improve the cooling process.

VARNISHES AND PRIMING PAINTS

• Structural elements of transformers and chokes, as well as their housings, are protected

with powder coatings

• Varnishes and primer paints protect the core and metal parts against rust and improve

the heat emission coefficient

• External layers of varnishes applied by immersion provide additional protection for the

insulation of transformers and chokes against moisture absorption

SILICONE COATING

• The outer silicone coating used in extreme climatic conditions protects against water

and conductive deposits remaining on the windings

• Flexible silicone coating also protects against mechanical action of sand and small

elements carried by the cooling air

The impregnation process protects transformers and chokes against adverse

climatic, biological and chemical environmental influences

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ADDITIONAL SERVICESgoing beyond the standard offer.

At the customer’s request, the company can measure electricity parameters at the place where

transformers or chokes are operated. We also provide services for analysing the provided

measurement data.

We offer our clients advice and technical support at the stage of selecting and operating

transformers, chokes and filters.

The company provides warranty and post-warranty service of manufactured devices. After

agreeing, we can confirm the operational parameters of our devices by measurement.

MEASUREMENTS AND EXPERTISE

TECHNICAL SUPPORT WHEN SELECTING DEVICES

WARRANTY AND POST-WARRANTY SERVICE

We design non-standard inductive elements and transformers based on the customer’s

specifications. We make precise designs and three-dimensional models of manufactured

devices.

DESIGN SERVICES

We implement new technologies and modern construction materials in cooperation with

research centres. We conduct joint research and tests aimed at optimizing the solutions used.

COOPERATION WITH RESEARCH UNITS

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QUALITY

Responding to the high demands of the market, TRAFECO is consistently striving to achieve a sustainable leadership

position among companies designing and producing low and medium voltage devices.

Our mission is to build the image of the Company as a trustworthy manufacturer of equipment for the mining, metallurgical,

medical, as well as shipbuilding and railway industries.

In connection with the above, in 2019 the Company introduced the Integrated Business Management System covering

the requirements of ISO 9001: 2015, ISO/TS 22163: 2017, which is confirmed by the following certificates.

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„Implementation of industrial research and experimental

development works to develop and implement an

innovative liquid cooling system for medium and low

voltage like reactors through the use of cooling panels

with optimal configuration and arrangement”

„Modern technologies of producing functional magnetic

materials for electromobility and medical applications”

„New technologies for the production of nanocomposites

and magnetic components to improve the quality and

efficiency of electricity use”

PANTA RHEI PROJECT TECHMATSTRATEG I PROJECT TECHMATSTRATEG II PROJECT

01 02 03

RESEARCH AND DEVELOPMENT

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PLANS FOR THE FUTURE

CONSTRUCTION OF A NEW PRODUCTION PLANT

DESIGN AND PRODUCTION OF NEW MEDIUM VOLTAGE DEVICES

EXPANSION TO FOREIGN MARKETS

THANK YOU

FOR THE INTEREST IN OUR OFFER

Contact detailsTRAFECO Sp. J. Artur Strug – Mirosław Łukiewski283-42 Boronów, ul. Dolna 4

NIP: 5751893283

REGON: 368276441

KRS: 0000694407

Tel.: +48 34 352 48 53Tel.: +48 34 352 48 54 [email protected]

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COMPANY PRESENTATION - Trafeco

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Transcript of COMPANY PRESENTATION - Trafeco