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Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters.

Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass).
We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).

Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters.

Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass).
We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).

Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters.

Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass).
We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).

Fiberglass reinforcement (GFRP) is made of linear strands of glass fibers, which are collected in the beam reinforced with periodic profile, impregnated with a thermosetting resin binder, then exposed to heat (polymerization) and cooled. It turns a solid rod of high strength three times the strength of steel by tensile test results, and less weight 9 times with equal diameters.

Our GFPR rebar is made of epoxy resin and glass fiber direct roving (E-glass).
We produce it in coils of 50m, 100m, 150m and 200m or in rods (from 0,5m and up to 12m).

GFRP rebar with sand coating has better adhesion to concrete. It's available in rods d 4-32mm or in coils of 50-200m.

GFRP rebar with sand coating has better adhesion to concrete. It's available in rods d 4-32mm or in coils of 50-200m.

DENTAL LABORATORY EQUIPMENT (CERAMIC COOKING OVEN) DEKAMA AUSTRROMAT 3001 2,00 Pieces

DENTAL LABORATORY EQUIPMENT (CERAMIC COOKING OVEN) IVOCLAR PROGRAMAT P95 1,00 Pieces

ARTROSCOPIC HAND TOOLS UNBRANDED 43,00 Pieces

DENTAL LABORATORY EQUIPMENT (CERAMIC COOKING OVEN) IVOCLAR PROGRAMAT X1 1,00 Pieces

DENTAL LABORATORY EQUIPMENT (CERAMIC COOKING OVEN) SHENPAZ GEMINI 2 1,00 Pieces

VACUUM PUMP VARIOUS 9,00 Pieces

CAMERA CONTROL UNIT OF IMAGING DEVICE ARTHREX 1,00 Pieces

TELESCOPES AESCULAP 4.00 Pieces

DENTAL MATERIAL (COBAL-CHROME ALLOY) UNBRANDED 200,00 Kilograms

TELESCOPES R.WOLF 2,00 Pieces

FORSEPS UNBRANDED 14,00 Pieces

IMPLANT IN DIFFERENT SIZES WITHOUT BRAND 270,00 Pieces
All Kinds of Expertise: Health and Dentistry materials Please contact us for implants.
The product list is available in brand models, if you wish, we can share it with you.
We offer you visual pictures and information about the products.
If you wish, you can come and see the products.
We can ship anywhere in the world.
The products are ready for delivery in the warehouse of our Please contact me/us to get quick response and proceed with your order, I will try to support you.
DELIVERY: The day after receipt of the confirmed order and approval
Target Price: Negotiable

Mold Code: 44698
Volume: 230 cc
Volume UK: 8OZ
Volume US: 7 3/4 oz
Height:174 mm. 6 3/4"
Mouth Diameter: 114 mm. 4 1/2"
Base Diameter: 82 mm. 3 1/4"
Max Width: 114 mm. 4 1/2"
In-Package Qty: 6"

The price differs according to the number of packages.

The products are delivered according to the quantity in the package shown above.



Full Tempering

With the full tempering process, we increase the resistance of glass products to impacts and heat exchange by heating them to the melting point and applying controlled cooling, and we minimize the risk of injury by breaking them into small and harmless pieces in case of possible breakage.




Mouth Tempering

Thanks to the mouth tempering process performed by applying intense heating and cooling to the mouth area of the cups, we prevent breakage, cracks, and extend the life of the cups, especially in professional use.




Extra Durability

Our products produced by the tossing process, such as plates and bowls, are extra strengthened against sudden heat changes and impacts.




Ease of Use in Professional Kitchens



Safe Mouth Liner For Professional Use


Without accessories
in the microwave oven
safe.
The dishwasher
it will hold.
It rests on the freezer.

Sudden changes in temperature
it will hold. Shocks and Bumps
it will hold.
At the time of fracture, it is small and
it is distributed in safe parts.


My Perfect Inner Pleasure

One of our biggest goals is to ensure that our cups in numerous forms that we have developed for different types of drinks provide the most perfect drinking experience, and while doing so, we never compromise on robustness and safety.


Thanks to the cup mouths that we have perfected with the Fine Rim technique using laser technology, we increase our drinking pleasure and ensure that the cups exposed to intensive use have a long service life.


Untouched Quality Control


Quality control and faulty product elimination are carried out with automatic processes near all production lines located in the facilities of , without touching and leaving no room for error. With the latest technology inspection devices and algorithms, image and mouth errors, foot body errors and color control on painted products, tone differences are easily detected and faulty products are eliminated.

Ceramic foam filters

Arffil ceramic foam filters are characterized as high permeation rate, good strength and thermal shock resistance, stable quality and without loosing impurity in high temperature either in big size or small ppi products.

Advantages compared with traditional filtering materials:

Thermal and chemical stability in high temperatureücavoiding the chemical reaction with the filtered molten metal.
High porosity and good mechanical strength in elevate temperature due to its pure ceramic composite.
Full open cell without loosing ceramic particles or powders (snowing) during filtrating.
Low head loss, easy operation, energy save.
Make metal flow reposeful and avoid the sputtering and backset, this increases the surface quality of the cast, prevent the pore disfigurement and finally lower down the waster rate.


Box quantity depends on the filters's dimensions

Square plate

Plate has been produced by getting the base of ottoman and seljuk figures to externalize and to aim that cultures.
Raw material:fireclay mud
Technique:glaze decoration


Changeable on customer orders

Ceramical item

Ceramical figures packed in box with colours and brush

200-300g 1 box 20/15/5.5

The PAL-Urea is specifically designed to measure the Urea concentration of Diesel Exhaust Fluid (DEF), also known as AdBlue* in Europe. Already proven in Europe as the only reliable, go-to instrument for easy and accurate checks, the PAL-Urea is now available in North America in time for new 2010 EPA regulations on diesel emissions.DEF needs to have a 32.5% Urea concentration in order to work effectively in SCR engines. Make sure that the DEF that comes out of your pump and into your tank is pure in quality and safe from potentially harmful additives by using the only digital hand-held refractometer already trusted by European consumers.* AdBlue is a trademark of VDA

Our products are high quality pieces of art with an original and unique way of processing. We mainly use so called “fusing” technique to slump and shape the glass., , an essential part of our production is jewellery – necklaces, bracelets, earrings, hair clips - in bubble, shatter or painted designs. We guarantee that each piece is original and you will not find two of the same., ,

MAP7-20-E - Doser and Mixer for two-component epoxy resins
Volumetric gear pumps oriented separately with inverters
Electronic components pressure control for precise dosing and mixing of components (1:1 to 12:1)
Electronically adjustable mixing ratio
Manual dosing (through pedal or dedicated gun) or timed
Tanks for resin and catalyst components in stainless steel (various options possible)
Pneumatic pump for loading and recirculating the resin in order to keep the material mixed (Optional mechanical stirrer)
Static dispensing head with separate and independent injectors, with anti-dripping system
Standard connection, suitable for any type of disposable static mixer

THE USE OF SOLVENTS IS NO LONGER NECESSARY
Power Supply Voltage: 230 VAC 50/60 Hz

Setup and Cleaning Time: 5 minutes

LxWxH: 800x800x1500 mm

Weight: 150 kg

FIELDS OF APPLICATION
According to design solutions composite rebars ALB-REBAR shall be used in the following areas:

Railway construction:
Elements of railway sleepers for high-speed trains and underground railroads.

Residential construction and civil engineering

Construction foundations;
Repair & reinforcement of bearing capacity in brick and reinforcement concrete structures.
Highway construction:

Reinforcement of roadbed
Road, airfield & gray portlandcement slabs.
Industrial engineering

Reinforcement of concert tanks, storages of treatment facilities, sewage wellâ??s covers;
Elements of chemical manufacturing facilities;
Reinforcement of concrete floor;
Water development facilities.
Bridge building & reconstruction:

Bridge deck slabs
Bridge enclosures
Footways
Reinforcement of onshore facilities
ADVANTAGES OF COMPOSITES
Application of composite rebars ALB-REBAR increases constructionâ??s life time and time between repairs by means of:

Excellent corrosion resistance in acid, alkali and other aggressive environment
High tensile strength; 2 times higher compared to steel 1100-1300 MPa.
Low weight; �¼ the weight of an equivalent size steel bar (savings on transportation).
Durability
No electrical conductivity
Anti-magnetic
Eco-friendliness and fire safet

Orion-Glass Ltd produces glass that is widely used in the architecture and building. Architectural glass cover this is the opportunity to change the external building view by using modern technologies and materials.
In modern architecture becomes more popular the translucent constructions of the complex architectural forms. Cities look defines, in many aspects, the elegant systems of the high-rise building facades glass cover. Nowadays it is very difficult to find such building material as bent tempered glass, which would be so suitable for decision of the modern construction types.
During last ten years glazing became one of the most popular methods in modern architecture. In the architecture in glass industry is widely used a great spectrum of implantations - (structural glass cover, plate, toned and bent glass).
Architectural glass is widely used in building for the external glass cover (buildings facades, shop windows, winter gardens, windows, doors, trading pavilions, bus stops and so on) and in internal building and construction decorating (office partitions, check-points, stairs fences, stained-glass windows, floors). Modern building market suggests façades glass cover by using aluminum profiles. Such constructions, due to its practicality, are very popular among those, who want to add attraction in the houses and in the offices using stylish and lone-lived façade.
Architectural buildings surprise the spectator of the transparency and lightness of its constructions. But using of usual glass while building high constructions is not safe, that is why the architectures and builders use the products of the modern technologies - tempered glass.

Due to its unique properties and rather high level of safety (in comparison with usual glass), tempered glass became more popular in different fields. For example, in modern building this material is successfully used while glass cover of the constructions of any difficulty including many-storied buildings facades, stairs fences, translucent roofs and floors; while balcony and loggia glass cover, bus stops, while producing of the shop windows and stained-glass windows.

Today tempered glass became more and more popular in offices and public buildings. Tempered glass is used for producing of the counter reception, office partitions, counters for booklets and periodical.
Using in building of the high-test tempered glass this is not only the tribute to the fashion and progress, but also the opportunity to save the balance between beauty and safety.

In modern architecture becomes more popular the translucent constructions of the complex architectural forms. Cities look defines, in many aspects, the elegant systems of the high-rise building facades glass cover. Nowadays it is very difficult to find such building material as bent tempered glass, which would be so suitable for decision of the modern construction types.

Tempered glass constitutes flat glass, subjected special thermal treatment tempering, in result of witch in glass volume arise naturally distributed internal tensions, witch enlarge mechanical glass strength and provide special (safe) character of its destruction. Increase of mechanical strength (while bend can reach 250 mpa that is five times higher than in usual flat glass) stipulates increase of glass thermal resistance in 3-4 times (since 40 till 180 0c). Flat glass has thermal resistance by 40 0c, tempered glass by 180 0c, that prevents tempered glass from destruction while overheating and temperature difference. It is very important while using in external glass cover by toned and reflex glasses with absorption factor of thermal energy more than 25 %, when glass can get hot till 90 0c.

In europe, lately, is widely spread the use of tempered glass with the purpose of safety, longevity and reliability.

Bent tempered glass almost does not differ from tempered flat glass, the difference becomes apparent only on the final stage of the process. Glass after heating section comes to tempering section, where in a short period of time flat glass bends by the forming rollers. The forming rollers are usually set according to the radii models and forms.

USE:

Structural flat glass cover of buildings façades
Shops and supermarkets windows
Partitions in apartments and offices
Glass doors
Saunas doors (tempered glass stands perfectly heat strokes)
Stairs and parapet fences
Roofs, roof visors
Winter gardens building
Electric and gas ovens doors
Escalators side supporting planes.

Our company can offer:
Tempering of clear float glass, thickness: from 4 till 19 mm
Tempering of toned on the whole glass
Tempering of reflex (sun protective) glass.

Featured glass

This is a multi-purpose climate control unit that covers both solar and heat control properties. It has high light transmittance, it is internally-colourless, and has pale blue glazes in certain angles externally. With its high performance and natural look, isicam konfor offers brand new possibilities for the architects. It has total transmittance performance values of 70 percent light transmittance and 48 % solar sun radiation energy

It is machine to adjust the mixing of pu, polysulphite and silicone type materials. This operating system is especially designed for the insulating glass production and improved.
This machine can also be used as filling the cartridges by only releasing the mixing system. The mixed material can also be taken out of the gun. System works hydraulically and b component may work pneumatically if required.

How to introduce the materials:

A and b components seperately handled by the hydraulic system pumps. When the material is reloaded, it is necessary to empty the air inside the machine. Besides, time heaters available on specific parts to avoid the improper working under cold weather conditions.

Mixing ratio:

A and b component can be controlled seperately by either hydraulic system or dosing pump. The adjustment can be made as desired by any ratio figures are between 1:6 and 1:16

Mixing system:

The mixers by the end of the extension output hoses mixes the materials homogenously and completely.

Cleaning:

It is necessary to clean and maintenance the machine after long periods of idle being of production. When the mixed material is forgotten inside the machine for a period of time, machine itself warns by the use of alert lamp. B component key is switched to the opposite direction allowing the by-pass system to fill the mixers with a component and so unwanted freeze can be avoided.

Technical specifications:

Mixing ratio: 1:6 / 1:16
Material output: approx 2.7 kg./min. Which may deviate according to material used
Operating system: hydraulics ( a ve b compenant. B component may be pneumatic.)
Operating pressure: between 250 - 450 bar
Air pressure: max. 6 bar
Power supply: 3 kw (380 v 59 hz.Expect the heaters)
Controlling system: plc controlled
Weight: 685 kg.
Dimensions: 1700 x 1050 x 100 mm


Weight: 685 kg.
Dimensions: 1700 x 1050 x 100 mm
In wooden case

IPS-12R
The IPS-12R Syringe Pump is a highly versatile and precision-engineered device designed to meet the demanding requirements of fluid handling across various industries. With its advanced features and robust construction, the IPS-12R offers unparalleled reliability and performance.

Key Features:

Wide Range of Syringe Compatibility: The IPS-12R accommodates syringes of different materials, including glass, plastic, and steel. Its adjustable configuration allows for the use of syringes ranging from Hamilton 0.5 �¼l to Monoject 140 ml, providing flexibility for various applications.
Precise Flow Control: With a wide flow rate range from 17.89 picoliters per minute to 121.51 milliliters per minute, the IPS-12R ensures accurate and consistent fluid delivery. Its stepper motor, combined with a microcontroller featuring Microstep Drive technology, enables precise control over flow rates, guaranteeing reliable performance even in the most critical tasks.
Intuitive Interface: Equipped with a 4.3-inch Resistive Touch TFT LCD screen and powered by user-friendly microcontroller software, the IPS-12R offers an intuitive interface for easy programming and monitoring. Users can adjust flow rates and other parameters effortlessly, enhancing operational efficiency.
Adaptive Pumping: The IPS-12R features adjustable flow rates even during the pumping process, allowing users to fine-tune parameters as needed for optimal performance. This adaptability ensures versatility in handling diverse fluid handling tasks with precision and control.
Technical Specifications:
Motor Type: Stepper Motor
Linear Force Connectors: Yes
Recipe Save-Recall: Yes (Wi-Fi optional)
Power Supply: 12 VDC 1A (110-240 VAC adapter included)
Dimensions: Width (W): 200 mm, Length (L): 170 mm, Height (H): 137 mm
Weight: 2.2 kg
Environmental Specifications:
Operating Temperature: Between -10°C and 50°C
Storage Temperature: Between -30°C and 85°C
Operating Humidity: RH 10% RH 90% (not condensed)
Storage Humidity: RH 10% RH 90% (not condensed)

Additional Features:
Wi-Fi connectivity (optional)
With its comprehensive features, precise performance, and user-friendly design, the IPS-12R Syringe Pump stands as a reliable solution for fluid handling needs in various industries, ensuring efficiency, accuracy, and control in every operation.