We supply high-purity Zinc Alloy for industrial applications, ensuring exceptional quality and performance. Our material features a Zinc (Zn) content of 99.999%, with extremely low levels of impurities, making it suitable for critical uses across multiple industries.
Applications:
This high-purity zinc alloy is ideal for:
Electronics and semiconductors
Galvanization processes
Specialty coatings
Advanced alloy manufacturing
Research and development
With our stringent quality controls and reliable delivery network, we ensure that your specific requirements are met with excellence. Contact us for further information or to request a quote.
Incoloy 825 is a nickel iron chromium alloy, which is widely used in petroleum, natural gas and chemical processing industries. It has good corrosion resistance and can operate at higher temperatures than most stainless steels. Incoloy 825 is a completely austenitic nickel iron chromium alloy, stabilized by titanium and added with copper and molybdenum. Incoloy 825 is a general engineering alloy, which is resistant to acid and alkali metal corrosion in oxidation and reduction environments.
The Incoloy825 has the following functions:
Good resistance to stress corrosion cracking.
Good resistance to pitting and crevice corrosion
Good oxidation resistance and non oxidative thermal acidity.
It has good mechanical properties at room temperature and high temperature up to 550
Certification of pressure vessels with manufacturing temperatures up to 450 C
Incoloy 825 metallographic structure:
Incoloy 825 alloy has a stable face centered cubic structure. Chemical composition and appropriate heat treatment ensure that the corrosion resistance will not be weakened by sensitization.
Incoloy825 Corrosion resistance:
Incoloy825 is a general engineering alloy, which is resistant to acid and alkali metal corrosion in oxidation and reduction environments.
Incoloy825 is widely used in various industrial fields where the working temperature is no more than 550.
Typical applications include:
Heating pipes, containers, baskets and chains for sulfuric acid pickling plants.
Seawater cooling heat exchanger, marine product pipeline system, acid gas environment pipeline.
Heat exchanger, evaporator, washing, immersion tube, etc. In phosphoric acid production.
Air heat exchanger in petroleum refining
Food Engineering
chemical process
Flame retardant alloy for high-pressure oxygen
Product name
INCOLOY Alloy 825
Grade
INCOLOY Alloy 825
Thickness range
0.3mm-3.0mm,
Width range
600mm-1500mm
Length
2000mm, 2438mm, 3048mm
Size
1000mm*2000mm, 1219mm*2438mm, 1219mm*3048mm, or as required
We also have interest in selling Bulk Ferro Alloys and especially Low/Medium Carbon Silico Manganese and we are already exporting these product/s. We have tied up with a manufacturer bin , Bhutan to sell their products.
Tabletted additives for alloying aluminum have been in use for recent decades. These tablets (also named alloy compact) can be used as master alloys to produce aluminum alloys. They provide an efficient and economic way of making elemental additions such as titanium, iron, manganese, chromium, zinc, nickel and copper in casthouses world-wide for the manufacture of high-quality aluminium alloys in applications such as rolling ingot for foilstock and canstock, billet for precision extrusions and high-quality foundry casting alloys. For the precise compositional adjustment of alloy melts or for bulk element addition.
40%Ti4%B,75%, 80%Ti
50~1330g
ChinaJinTi alloying tablets is plastic vacuumed-wrapped (typical) or aluminum foil-wrapped to reduce dust and to /ensure a damage-free, dry product. The tablets packs are contained in cardboard boxes, and shipped securely stacked on wood/en pallets.
1,Tabletted additives for alloying aluminum have been in use for recent decades.These tablets(also named alloy compact)can be used as master alloys to produce aluminum alloys.They provide an efficient and economic way of making elemental additions such as titanium,iron.manganese,chromium,zinc,nickel and copper in casthouses world-wide for the manufacture of high-quality aluminium alloys in applications such as rolling ingot for foilstock and canstock,billet for precision extrusions and high-quality foundry casting alloys.
Chromium Additive 75%Cr5%Al
Nickel Additive 75%Ni5%Al
Manganese Additive 75%Mn5%Al
Cu-Additive 75%Cu5%Al
Fe- additive 75%Fe5%Al
2,100% Manganese ,made in the type of tablet,used for element addition of alloy steel.the effect of using this aditive is the same as that of others but the price is more competitive because of govenmentí»s different policy to the varied kinds of manganese products.3)titanium sponge or titanium powder used for element addition of alloy steel.4)Master Alloysú¿Titanium aluminiumú¼Aluminium Manganeseú¬ allow the introduction of necessary alloying metals into Aluminium alloys easier, and some cases possible.
1,Tabletted additives for alloying aluminum have been in use for recent decades.These tablets(also named alloy compact)can be used as master alloys to produce aluminum alloys.They provide an efficient and economic way of making elemental additions such as titanium,iron.manganese,chromium,zinc,nickel and copper in casthouses world-wide for the manufacture of high-quality aluminium alloys in applications such as rolling ingot for foilstock and canstock,billet for precision extrusions and high-quality foundry casting alloys.
Chromium Additive 75%Cr5%Al
Nickel Additive 75%Ni5%Al
Manganese Additive 75%Mn5%Al
Cu-Additive 75%Cu5%Al
Fe- additive 75%Fe5%Al
2,100% Manganese ,made in the type of tablet,used for element addition of alloy steel.the effect of using this aditive is the same as that of others but the price is more competitive because of govenmentí»s different policy to the varied kinds of manganese products.3)titanium sponge or titanium powder used for element addition of alloy steel.4)Master Alloysú¿Titanium aluminiumú¼Aluminium Manganeseú¬ allow the introduction of necessary alloying metals into Aluminium alloys easier, and some cases possible.
Type:AlTi5B1(piece,wire)
It is applicable to fusion casting of deformed aluminium alloy, especially 3003, 6063 alloy and pure aluminium.It shall be put in by separating aluminium slag, which must be mixed evenly. Apply to the grain-refining of pure aluminum or aluminum alloys in the course of smelting.
We produce all kinds of aluminium master alloy,our products mainly included Al-Sr, Al-Ti-B, Al-Ti, Al-Si, Al-Cr,Al-Cu aluminum master alloy, such as AlSr10%,AlTi5B1,AlTi10%,AlSi50, AlSr, AlTiB, AlTi and so on in shape of rod diameter 9.5mm, waffle 7.5kg each, ingot 250g. they are used to modifying and refining grains of aluminium and its alloys.
Advantages of Aluminum Titanium Carbon (Al-Ti-C ) (AlTi5C0.20, AlTi3C0.15)
1. Nucleation rate of Titanium Carbon Aluminum Grain Refiners is Five Times as quick as Aluminum Titanium Boron. The desired modification effect will be seen in three minutes after Al-Ti-C is added. Refining effect of aluminum is very significant and the refining time could keep 45-60 minutes.
2. Effectively reduce the pinholes of aluminum foil as sizes of heterogeneous grain Tic is sub-micron, widely dispersed and disaggregated, so it's perfect for the process of aluminum foil.
3. Titanium Carbon Aluminum master alloys is much purer than Al-Ti-B, as potassium fluoridate isn't added during the production of AlTiC Grain Refiner
4. Reduce the inclusion content and eliminate the oxide layer and defects on the surface because of no TiB2 agglomeration in Al-Ti-C master alloys.
5. Al-Ti-C alloy can bring A356 Aluminum alloy wheels better mechanical property and higher elongation rate when used as grain refiner than the best Aluminum Titanium Boron.
6. Al-Ti-C alloys have more advantages for the casting production of aluminum alloy for nuclear industry which cannot include boron.
Shape and Packages
Cut Rod: 9.5-10MM in diameter, 500-1000MM in length, 1000KGS / pallet or wooden case
Coil: 9.5-10MM in diameter, 180-220 KGS /coil, 3 coils/ pallet
Small Ingot: 25KGS/carton, 1000KGS/pallet
Cast cut bar: According to the length of the bar
Customer-made products for accurate and easy use could also be supplied.
Advantages of Aluminum Titanium Carbon(Al-Ti-C ) - AlTi5C0.20
1. Nucleation rate of Titanium Carbon Aluminum Grain Refiners is Five Times as quick as Aluminum Titanium Boron. The desired modification effect will be seen in three minutes after Al-Ti-C is added. Refining effect of aluminum is very significant and the refining time could keep 45-60 minutes.
2. Effectively reduce the pinholes of aluminum foil as sizes of heterogeneous grain Tic is sub-micron, widely dispersed and disaggregated, so it's perfect for the process of aluminum foil.
3. Titanium Carbon Aluminum master alloys is much purer than Al-Ti-B, as potassium fluoridate isn't added during the production of AlTiC Grain Refiner
4. Reduce the inclusion content and eliminate the oxide layer and defects on the surface because of no TiB2 agglomeration in Al-Ti-C master alloys.
5. Al-Ti-C alloy can bring A356 Aluminum alloy wheels better mechanical property and higher elongation rate when used as grain refiner than the best Aluminum Titanium Boron.
6. Al-Ti-C alloys have more advantages for the casting production of aluminum alloy for nuclear industry which cannot include boron.
Shape and Packages
Cut Rod: 9.5-10MM in diameter, 500-1000MM in length, 1000KGS / pallet or wooden case
Coil: 9.5-10MM in diameter, 180-220 KGS /coil, 3 coils/ pallet
Small Ingot: 25KGS/carton, 1000KGS/pallet
Cast cut bar: According to the length of the bar
Customer-made products for accurate and easy use could also be supplied.
