|
OUR PROJECTS FOR REPRESANTATION aND DISTRIBUTORSHIP
OUR PROJECTS
As PLASMETAL:
We are looking for a represantation and distrıbutorshıp of SINGLE AND DOUBLE SIDED ADHESIVED FOAMS,TAPES,FILMS,SEALSTRIPS,REFLECTIVES,BUTYL MASTICS,TECHNICAL CLOTHES,and GLASSFIBER,PLASTIC,SERAMIC,CARBON COMPOSITES used being for the AUTOMOTIVE-BUILDING-CONSTRUCTION-GENERAL MANUFACTURING-TRAFFIC industries ,by a MANUFACTURER-EXPORTER company ,have industrial spects and brand,in EUROPE,USA,JAPAN,TAIWAN,KOREAN,CHINA etc.. ----------------------------------------
As LIBERTY REAL ESTATE,
Business relations and cooperations with the realestate,property consulting companies placed in USA and EUROPE and ARABIAN countries.
ALSO, cooperation with the experienced ARCHITECHS for RESTORATION of old fashıoned houses and offices in ISTANBUL.
www.eximturk.com/turkce/plasmetalexim
liberty_emlakrealestate@yahoo.com
PROTECTIVE CLOTHES
ELECTROMAGNETIC IRRADIATION PROTECTIVE GLOVES
THESE GLOVES ARE THE PART OF THE PROTECTIVE SUIT FOR THE STAFF WORKING AT:
outdoor switch gear
aerial power lines
high tension (up to 1 million Volts) plants
super high frequencies plants
THE GLOVES MAKE COMFORTABLE WORKING CONDITIONS. THEIR ADVANTAGES ARE:
flexibility, light weight and durability
cut resistance
thermal resistance
good hand protection from cold
TECHNICAL PARAMETERS:
electric resistance between any 2 points of the glove surface does not exceed 30 Ohm
screening constant (of the whole suit) is not less than 100
gloves weight (of one pair) is not more than 150 g
CUT RESISTANT PROTECTIVE GLOVES AND ARMLETS
MAIN ADVANTAGES:
protect hands and arms from cutting, heat and cold
durable and firm
elastic
hygienic, can be washed with detergents
fit left and right hands
extra 150 mm of cuff length provide additional wrist protection
APPLICATION:
meat and fish processing factories
porcelain, ceramic and glass producing plants
any plant where workers contact with sharp cutting objects
HEAT RESISTANT PROTECTIVE GLOVES,
SWEATER AND HELMET
MAIN ADVANTAGES:
good resistance to high temperatures (up to 400oC)
durable and firm
hygienic, can be washed with detergents
can be used together with cut resistant armlets as well as separately
sizes S-XXL
APPLICATION:
metallurgic industry
welding works
any plant where workers contact with heated surfaces
Fabrics Engineered to your Needs...
METYX multiaxial fabrics are non-crimp, multi-axis and multi-layered reinforcements. Layer count, orientation, weight and fiber content of the layers vary based on product line and application. The layers are stitched via polyester yarn.
METYX fabrics can be produced using multiple axis (0°, 90°, +45°, -45°), as well as a range of orientations from +20° through to +90° and -20° to -90° combined with chopped mat and multiple layers of veil and/or non-woven materials.
A weight range of 100g/m2-3000 g/m2 can be achieved.
Various drapeabilities are available according to the stitch type & length.
ASBESTOS FREE PACKING GLAND STUFFING MADE OF THE UVIS CARBON FIBER
MATERIAL
Packing gland stuffing are made from UVIS-N carbon fiber.
type
textile structure
linear density, tex
twisting,
Tm
relative external breaking strength,gf/tex
elongation at rupture, %
N
thread
100-160
100-120
10-30
up to 1,5
UVIS materials provide to the products the following:
high leak-proofing during the long equipment exploitation period.
resistance to concentrated acid, alkalis, organic solvents, oil and oil products (medium pH - 0-14) effects;
in the oxygen-free medium up to 3000oC;
in the oxygen medium up to 450oC;
to high pressure (up to 300 bars);
to electric, magnetic, nuclear and space irradiation;
minimal fraction stress at contacts with the moving parts (circulating speed is up to 30 m/sec)
shape stability at exploitation (stiffness)
non toxicity (dry stuffing is used at contacts with table water, food products and highly pure products).
The following products are available:
packing gland stuffing with:
multilayer braiding
square cross-section
cross section dimension from 5x5 to 32x32 mm
cords with:
filled or not filled braiding
round cross-section
cross-section diameter from 3 to 12 mm
Modification.
To improve friction properties the material is impregnated with fluoroplastic suspense, rubber like elastomers, graphite suspense and wax.
Packing weight loss at exploitation
test conditions
period, hours
%
HNO3, 45%
4
1
NaOH, 40%
24
4
T=300oC
2
1.5
T=600oC
2
8
APPLICATION
The material is used in the rotating parts and for static packing in stop valves in chemical and food industries and in public water supply.
RESUME
Tests show that packing glad stuffing wear and chemical resistance is 2-3 times higher than of the traditional asbestos goods. Application of this stuffing allows to improve reliability due to decrease of air tight and heat load leakage in the friction part.
CARBON FIBROUS MATERIALS UVIS ®
UVIS material has the following characteristics:
Elasticity and strength characteristics:
Monofiber strength GPa 1.2-2.0
Young's modulus, GPa 40-150
Stability
In oxygen free medum up to 3000°C
- In oxygen media up to 450°C
Resistance
To electromagnetic, nuclear and cosmic irradiation
To concentrated acid, alkali and organic solvents actions
Electric conductivity:
Specific electric resistance is lO-5Ohm.m
High adsorptive activity:
activated material free surface is 800-2000 m2/g
Low density:
Density is 1,45 g/cm3
MAIN TYPES AND PROPERTIES OF UVIS MATERIALS
Type
Textile structure
Width, mm
Thickness, mm
Mass of
1 m2, g
Rupture strength, GPa
Monofilament strength, GPa
Elasticity modulus, GPa
Warp elongation,%
T
Twilled fabric
100-500
0,5
330
150
1,2
40-50
4
S
Knotted fabric
100-500
0,5
130
-
1,5
50-60
4
TM-4
Multilayer fabric
100-500
2,0
900
300
1,2
40-50
6
TM-2
Multilayer fabric
100-500
1,0
420
200
1,2
40-50
6
TR-3/2
Knitted fabric
200
2,0
700
150
1,0
30-40
15
LO
Unidrectional tape
10-500
0,2
150
-
1,5-2,0
80-150
2
Woylocarb
Nonwoven fabric
100-500
2-3
200-500
-
-
-
-
N
Thread
100tex
165tex
205tex
-
-
20-30
cN/tex
1,2-1,5
60
-
(*) carbon content can be adjusted in accordance with customers requirements within the range from 95 to 999 depending on the carbonization/graphitation temperature
Carbon threads UVIS®
Carbon threads UVIS are produced from the rayon threads by special technology.
UVIS fiber is produced as the thread for textile processing (UVIS-N) with the twist of 100-120 Tm twist and linear density of 100, 165, 205 tex and the sewing thread (UVIS-NSH) with 140-220 Tm and linear density of 100, 215 tex.
UVIS threads have a number of valuable properties such as:
resistance in oxygen-free medium up to 3000°C
resistance to electromagnetic, nuclear and cosmic irradiation
carbon content up to 99.9%
breaking strength of a monofilament 1.2-1.5Gpa
elongation at rupture up to 2.5%
high chemical resistance to acids, alkalis and solvents action at room and elevated temperatures
- possibility to process at weaving equipment.
The unique UVIS thread properties provide its wide application:
in the production of special purpose articles as the multilayer reinforcing structures
in production of carbon and hybrid fabrics, tapes, nets, knitted fabrics and other material in combination with different chemical threads
in production of electric wires and packing gland stuffing
as the reinforcing filling agent for thermosetting, thermoplastic, carbon-carbon and carbon-ceramic composite materials
in traumatology and surgery for tendons and ligaments plastics
METYX multiaxial kumaşların üretiminde, E-Cam, S-Cam gibi farklı cam elyafının yanısıra karbon, aramid, yüksek dayanımlı polyester, polyamid, polipropilen, basalt, spectra, dyneema gibi teknik elyaftan veya bunların karışımından hibrit yapılar elde etmek (ör: cam-aramid) mümkündür.
Metyx multiaxial kumaşların maksimum eni 256 cm, topların standart eni 127 cm olup isteğe bağlı olarak değişik enlerde de üretilebilmektedir.
Ürün grubunda ana ürün olan cam elyaf multiaxial kumaşlar; polyester, epoksi, fenolik, vinilester, gibi termoset reçineler ve ayrıca polipropilen, PVC gibi termoplastik reçineler ile uyumludur.
Multiaxial kumaşlar, açık kalıplama, RTM, vakum infüzyon, pultruzyon gibi çeşitli kompozit üretim yöntemlerine uygundur.
The range of METYX fabrics include all the basic reinforcements utilizing glass (e.g. E-glass, S-glass), aramid and carbon fibres. In addition to these, upon customer’s request, the range can be enlarged to include multiaxial fabrics produced from other technical fibres such as high tenacity polyester, polyamide, polypropylene, basalt fiber and also hybrid fabrics (e.g. glass-aramide) containing a mix of the above fibers.
The basic product line, multiaxial glass fabrics, are compatible with thermoset resins such as polyester, epoxy, phenolic, vinylester resins and also width thermoplastic resins such as polypropylene and PVC.
METYX fabrics, having a maximum widt of 256 cm (101 inch), has a standard roll width of 127 cm (50 inch) and can also be supplied to the customer in the desired width.
METYX fabrics are designed to meet the customer’s need in all aspects
MECHANICAL RUBBER GOODS ( MRG )
FOR TIRE INDUSTRY
Chafer Fabrics
Monofilament Chafers
Multifilament Chafers
Bulked Chafers
Polypropylene Liners
Multi-Mono Liners
Multi-multi Liners
Calender Liners
FOR CONVEYOR BELTING INDUSTRY FOR OTHER APPLICATIONS
EP Fabrics
PP Fabrics
Ep/P Fabrics
EE Fabrics
Membrane Fabrics
Big-Bag Fabrics
Full-Leno Breaker Fabrics
Coating Fabrics
CARBON FIBER MATERIALS ON PAN-based
High-tensile (HT) and high modulus (HM) carbon materials on the basis of polyacrylonitrile (PAN) fibers are used as reinforcing fillers of structural composite materials (carbon fiber reinforced plastics, CFRP)
The main advantages of PAN-based carbon fibrous materials are as follows: high tensile strength;
high compressive strength;
high hardness;
low density;
the specific characteristics (strength and hardness - to - density ratio) are greater by several fold as compared to all known metal analogues (steel, titanium, aluminum, alloys) by 5-8 times.
The materials are produced in the form of continuous threads with linear density from 120 tex to 30 ktex; unidirectional and combined tapes; fabrics of different textile structure.
The main fields of application: airspace industry;
chemical engineering;
pressure tanks manufacturing;
automotive industry;
спортивные изделия;
sport and leisure.
Wide experience gained in the application of composite materials on the basis of HT and HM carbon fibers has demonstrated their efficiency first of all in the aircraft industry. Use of these composites in some aircraft structures (undercarriage, wings, air intakes, floor panels etc) allows to increase the item's hardness by 1,5-2,0 times and simultaneously reduce their weight by 15-40% as compared with the metal analogue. Furthermore, according to analysis, the LNG storage and transportation tanks made of carbon composites can endure the pressures up to 200 ATM, when the tank's weight is reduced by 30-40%.
CARBON UNIDIRECTIONAL TAPES
Brand
name
Width,
mm Surface density,
g/m
Properties of carbon-epoxy composite
Tensile strength,
GPa
Compression strength,
GPa
Elasticity modulus,
GPa
Monolayer thickness,
mm
LU-P-01
255+20
30+5
0,6-0,7
0,6-0,7
157+25
0,11+0,01
LU-P-02
255+20
35+5
0,6-0,7
0,6-0,7
157+25
0,12+0,01
ELUR-P
245+30
30+5
0,8-0,9
0,8-0,9
145+20
0,11+0,01
ELUR-008-P 255+20 15+5 0,9-1,0 0,9-1,0 145+20 0,08+0,01
LZHU-M-12 255+20 30+2 1,0-1,2 0,8-0,9 130+10 0,12+0,015
LZHU-М-15
250+25
30+2
1,0-1,2
0,7-0,8
160+10
0,12+0,015
CARBON THREADS
Brand name
Linear density,
tex
Density, kg/m3
Properties of carbon-epoxy composite
Tensile strength, GPa Compression strength,
GPa Elasticity modulus,
GPa Density,
kg/m3
UKN-M
(2,5К*, 3К, 5К, 6К, 12К)
120-720
1750+40
1,4-1,7
1,1-1,2 120-140 1450
GRAPAN
(2,5К*, 3К, 5К, 6К, 12К)
100-700
1720-1800
1,1-1,2
0,6-0,8 150-230 1500-1650
UK-P
(320 К)
30000
1750+40
0,8-1,0
0,6-0,8 90-120 1450
*Index K corresponds to 1000 filaments in the thread
CARBON AND COMBINED CLOTH STRUCTURES ON THE BASIS OF UKN-threads
Brand name
Width,
mm
Surface density,
g/m2 g/m
Properties of carbon-epoxy composite
Tensile strength, GPa Compression strength,
GPa
Elasticity modulus,
GPa
Monolayer thickness,
mm
Carbon fabric
400-900
200-450 -
0,6***
0,6*** 60*** 0,20-0,35
Combined ribbon UOL**
300
- 60-100
1,3
1,0 120 0,17-0,25
** warp - carbon threads, weft - organic or glass threads
*** in warp and weft directions
NON-METAL HEATING WIRES
TEXTILE STRUCTURES ELECTRICALLY HEATED BY "CARITHERM"
MATERIALS
The electro-conductive materials of different textile structure and different linear resistance values are produced on the basis of carbon fibrous material UVIS.
Carbon tapes
Width,
mm
Thickness,
mm
Weight of 1 running
meter, g
Resistance,
Ohm/m
15+1,0
0,6+0,1
4,0÷4,5
15,0+2,0
20+2,0
0,6+0,1
5,5÷6,0
14,5+2,0
40+2,0
0,5+0,1
11,0÷11,5
8,2+1,0
100+5,0
0,5+0,1
28,0÷28,5
3,0+0,5
550+10,0
0,5+0,1
160,0÷180,0
1,0+0,5
Combined tapes and fabrics
(patent RF 2.114.942 Int.Cl 6D03d15/00)
Width, mm
100÷800
Thickness, mm
0,5÷1,0
Resistance, Ohm/m
1,5÷20,0
Carbon threads
Linear density, tex
Resistance, Ohm/m
70+3
620+30
100+5
490+20
135+5
320+20
205+10
200+10
400+10
120+10
The electric resistance of carbon fibrous materials depends on the temperature of thermal treatment during their production.
Temperature of treatment, oC
250
500
1000
1500
2000
Specific resistance, Ohm x cm
1х105
8 x 102
7 x 10-2
1 x 10-2
9 x 10-3
Carbon fibrous materials offer:
wide range of electric characteristics due to different techniques of weaving, twisting etc;
large heating elements which have very uniform temperature distribution among the surface (T<2oC);
heating elements having very high convective heat transfer;
guaranteed longevity of heating elements (30 years and more);
nature-friendly articles;
dry and "soft" heating;
wet cleaning.
|
