Gtip Raw Materials

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  • STEEL BILLET
  • REBAR / DEBAR
  • WIRE ROD
  • HOT ROLLED COIL (HRC)
  • COLD ROLLED COIL (CRC)

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NOBLE ALLOYS – FOTO GALERİ

NOBLE ALLOYS – DETAYLAR

BASE METALS – FOTO GALERİ

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BASIC
• Magnesia Bricks
• Magnesia Chrome Bricks
• Direct Bonded Magnesia Chrome Bricks
• Magnesia Carbon Bricks
• Basic Mortars
• Basic Ramming Masses
• Basic Gunning Masses
• Basic Spraying Masses
• Basic Fetling Masses

DOLOMITE
Dolomite Bricks
Dolomite Monolithics

FIRECLAY & HIGH ALUMINA
• Fireclay & High Alumina Bricks
• Fireclay & High Alumina Ceramic Setting Mortars
• Fireclay & High Alumina Plastic Masses
• Fireclay & High Alumina Castables
• Insulating Castables
• Low Cement High Alumina Castables
• Coke Oven Gunning Mixes
• Coke Oven Spraying Mixes
• Ultra Low Cement Castables
• Conventional Dense Castables
• Insulating Castables

SILICA
• Silica Bricks
• Silica Mortars
• Silica Ramming Masses

FLOW CONTROL
• Slide Gate Refractories
• Gus Purging Refractories
• Tundish Refractories
• Flow Control Monolithics

SPECIAL REFRACTORIES
Silicon Carbide Bricks
Zircon Bricks

INDUCTION FURNACE MAIN LININGS
Neutral Linings
Basic Linings
Silica Linings

REFRACTORY RAW MATERIALS

MAGNESITE:
Dead Burned Magnesite
Fused Magnesite

GRAPHITE:
Natural Flake Graphite
Amorphous Graphite

SPINELS:
Sintered Alumina-Magnesia Spinel
Fused Alumina- Magnesia Spinel

ALUMINA:
Rotary Kiln Bauxite
Shaft Kiln Bauxite
White Fused Alumina
Brown Fused Alumina
Sintered Mullite

ALUMINA-SILICATE:
Flint Clay
KAOLIN
SILICON CARBIDE (Refractory Grade)
EAF Casting Hole Sand

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“The electric furnace production of cast iron often requires a recarburizing step because the process relies on inexpensive, relatively low carbon scrap as a starting material. High carbon scrap, high carbon ferroalloys or even pig iron are used as sources of carbon but when practice, specifications or economics dictate, specific recarburizers are needed.
So recarburizer can be used in the casting, which can significantly increase the amount of scrap steel and reduce the consumption of pig iron or even doesn’t use pig iron.”

 

Carbon Products Fix Carbon Sulphur Nitrogen Ash Hydrogen Size
(mm)
Carbon Products S 99.85 % 0.01 % 0.001 % 0.18% 0.007% 0.5-4
Carbon Products G 99.50 % 0.85 % 0.03% 0.36% 0.19% 0.5-4
PACKING Big-bags / Paper Bags wrapped on Pallets

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NO BAKE PROCESS
• Alp Haset Resins (Phenolic Ester Cured System)
• Furan and Phenolic Resins (Acid Cured System)
GAS CURED PROCESS
• Sigmacure Cold Box Resins (Amine Cured System)
• Betaset Cold Box Resins (MF Cured System)
• Alkafen Resins (CO2 Cured System)
HOT BOX RESINS
THERMOSHOCK RESINS
EXOTHERMIC MATERIALS
• Insulating Sleeves
• Exothermic Sleeves
• Highly Exothermic Sleeves
• Highly Exothermic Mini Sleeves
• Feeding Compounds
• Mouldable Exothermic Compounds
MOULD AND CORE COATINGS
ADHESIVES
COATED SANDS
INDUSTRIAL RESINS

CHROMITE SAND

CERAMIC SAND

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Crushing the additives (deoxidant,desulfurizer,alloys) into certain granulation (in the form of powder), then,using the equipment to fill the powder into the “U” shaped sheath, which is made of high quality cold rolled steel strip, lastly, tightly closing the wire, so a multiple material(cored wire) with certain length will be obtained.Calcium Silicon (CaSi) is a potent deoxidizer and desulfurizer utilized in the production of high grade steels. Calcium Silicon is used to control the shape, size and distribution of oxide and sulfide inclusions improving fluidity, machinability, ductility, and impact properties of the final product.Calcium iron (CaFe) contributes greatly to deoxidation, desulfuration and impurity removing, it also helps increase the collecting rate of rare earth elements and other elements, enable the stability of the composition, reduce the usage amount of valuable mental elements.

CaSi CaFe Al FeB C S
Ca 28-32 % 30 or 40 % ≥ 99 %
Al ≤ 2 % ≤ 3 %
P ≤ 0.05 % ≤ 0.03 %
S ≤ 0.05 % ≤ 0.01 % ≤ 0.5-0.9 % ≥ 98 %
Fe balance balance ≤ 0.5 % balance
Si 55-65 % ≤ 0.45 % ≤ 4 %
C ≤ 1 % ≤ 0.5 % ≥ 98 %
Cu ≤ 0.02 %
B 18-20 %
Ash ≤ 1.8 % ≤ 1.8 %
Humidity ≤ 0.1 % ≤ 0.1 %
Cored wire diameter Ø 9-13-16 mm
Coil thickness 0.4+0.03 mm
Powder density 230±10 g/m 240±10 g/m 300±10 g/m 540±10 g/m 150±10 g/m 180±10 g/m
Powder weight per coil 0.5-1.2 mt
Coil pay-off direction Horizontal / Vertical

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