Non Ferrous Additive

Aluminum Manganese Alloy Al-Mn alloy Non Ferrous Additive Aluminum Manganese Alloy Performance and purpose: This product is an aluminum manganese intermediate alloy containing 9.0-11.0% manganese, used for the addition of manganese elements in aluminum alloy smelting. The addition temperature is low and the composition control is accurate. Usage: 1. Bake and dry before use. 2. Addition temperature: above 700 ℃. 3. The amount of this product added is determined by calculation

Manganese Master Alloy Metal Element Additive Mn Tablet 1, Performance and purpose: 1. Contains 75% manganese. 2. Environmentally friendly and pollution-free; The actual yield is greater than 95%. 3. Suitable for adding or adjusting manganese (Mn) elements in aluminum and other alloys. Inspection Item Standard Check Result Appearance Gray cylindrical solid Gray cylindrical solid Mn% 75±3 75.72 Fe% 0.3-0.4 0.3 Na% 0.01 0.001 Other Inpurities,%≤ 0.03 0.02 Moisture ≤ 0.2 0.03

Aluminum Zirconium Alloy (Waffle Ingot) Non Ferrous Additive Aluminum Zirconium Alloy Performance and purpose: 1. This product is an aluminum zirconium intermediate alloy containing 9.0-11.0% zirconium. It is used for adding zirconium element or refining grain in aluminum alloy melting, with low addition temperature and low zirconium element loss. 2. This product generates a large number of dispersed ZrAl3 high melting point particles in the aluminum liquid. During solidifica

Aluminum Vanadium Alloy (Waffle Ingot) Non Ferrous Additive Aluminum Vanadium Alloy Performance and purpose: This product is an aluminum vanadium intermediate alloy containing 4.5-5.5% vanadium. It is used for adding vanadium element or refining grain in aluminum alloy smelting, with low addition temperature and low vanadium element loss. Usage: 1. Bake and dry before use. 2. Addition temperature: above 730 ℃. 3. The dosage of this product is determined by calculation and

Aluminum Strontium Alloy (Rolled/Filamentous) Non Ferrous Additive Aluminum Strontium Alloy (Rolled/Filamentous) Performance characteristics: 1. This product is an aluminum strontium intermediate alloy containing 9.0-11.0% strontium, with excellent microstructure and a new type of excellent long-term modifier. This product optimizes the morphology and distribution of eutectic silicon, improving mechanical properties. 2. This product is easy to use, pollution-free, with

Manganese additive (manganese agent) Mn75 Product Introduction This product is a new type of product that replaces intermediate alloys. It is a block shaped object made by uniformly mixing pure metal powder and a certain characteristic flux in a certain proportion and pressing it. Instructions for use A. Remove the scum on the surface of the molten pool, and uniformly pour the additive into the molten pool at the usual operating temperature (740-750 ℃), and then let it stand

Aluminum Chromium Alloy (Ingot/Waffle ingot) Performance and purpose: This product is an aluminum chromium intermediate alloy containing 4.5-11.0% chromium. It is used for adding chromium or refining grains in aluminum alloy smelting, with low addition temperature and low chromium loss. Usage: 1. Bake and dry before use. 2. Addition temperature: above 730 ℃. 3. The dosage of this product is determined by calculation and experimentation based on actual conditions. 4. Adding

Aluminum Iron Alloy (Waffle ingot/ingot shape) Non Ferrous Additive Aluminum Iron Alloy Performance and purpose: This product is an aluminum iron intermediate alloy with iron content ranging from 18.0% to 22.0%, used for the addition of iron elements in aluminum alloy smelting. The addition temperature is low, and the composition control is accurate. Usage: 1. Bake and dry before use. 2. Addition temperature: above 720 ℃. 3. The amount of this product added is determined

Aluminum Boron Alloy (Waffle ingot/ingot shape) Non Ferrous Additive Aluminum Boron Alloy Performance and purpose: This product is an aluminum boron intermediate alloy with a boron content of 2.5-3.5%. It is used for boron element addition or grain refinement in aluminum alloy melting, with low addition temperature and low boron element loss. This product generates a large number of dispersed AlB2 high melting point particles in the aluminum liquid, which act as external

Environmental refining agent (for aluminum) Advantages: non combustible, non exothermic, smokeless Operating temperature: above 700 ℃ Applicable processes: aluminum alloy gravity, low-pressure, sand casting, die-casting casting Addition ratio: 0.07~0.2% Product Description: Environmentally friendly refining agent is a high-end room temperature refining agent, which significantly improves the product rejection rate (evidence shows that the rejection rate can be reduced from

Aluminum Vanadium Tin Alloy VAlSn-1 V79-83% Usage Aluminum Vanadium Tin Alloy is an intermediate alloy mainly used as an element additive in the production of titanium alloys, high-temperature alloys, and certain special alloys. Aluminum Vanadium Tin Alloy is an advanced alloy material widely used in the aerospace field, with high hardness, elasticity, seawater resistance, and lightness. It is used to manufacture seaplanes and gliders. Brand Chemical Composition(﹪) V Al Sn Fe

Aluminum Molybdenum Chromium Alloy AlMoCr-1 Mo30-35% Usage Aluminum Molybdenum Chromium Alloy is an intermediate alloy mainly used as an element additive in the production of titanium alloys, high-temperature alloys, and certain special alloys. Aluminum Molybdenum Chromium Alloy is an advanced alloy material widely used in the aerospace field, with high hardness, elasticity, seawater resistance, and lightness. It is used to manufacture seaplanes and gliders. Brand Chemical

Metal magnesium ingot Description Conventional magnesium ingots Industrial Applications Mainly concentrated in the four major fields of magnesium alloy production, aluminum alloy production, steelmaking desulfurization, aviation and military industry. In addition, it is also used in rare earth alloys, metal reduction, chemical industry, and instrument manufacturing. Physical and Chemical Properties Item Description Mg ≥99.95% Fe ≤0.002 Al ≤0.006 Mn ≤0.015 Ni ≤0.001 Cu ≤0.005

Manganese additive (manganese agent) Mn80 Product Introduction This product is a new type of product that replaces intermediate alloys. It is a block shaped object made by uniformly mixing pure metal powder and a certain characteristic flux in a certain proportion and pressing it. Instructions for use A. Remove the scum on the surface of the molten pool, and uniformly pour the additive into the molten pool at the usual operating temperature (740-750 ℃), and then let it stand

Fliter Bag PET WITH PTFE MEMNRANE FELT Construction Needle-punched Fibre Composition PET Scrim Composition Polyester filament scrim Felt Area Weight 600±5% g/m2 Thickness 2.05±10% mm Mean Air Permeability 2～5 m3/m2/min@12.7mmH2O Breaking Strength-MD ≥1100 N / 5cm Breaking Strength-CMD ≥1400 N / 5cm Breaking Elongation( N/5cm)-MD ≤30 % Breaking Elongation( N/5cm)-CMD ≤50 % Dry Shrinkage MD(150℃)1h ≤1 % Dry Shrinkage CMD(150℃)1h ≤1 % Recommended Maximum Continuous 130 deg C

Aluminum Titanium Boron Wire grain refinement of aluminum and aluminum alloys This product generates a large number of dispersed TiAl3, TiB2 and other high melting point particles in molten aluminum. During solidification, they act as foreign crystal nuclei and significantly refine the grain structure of ingot. 1. Obviously improve the strength and plasticity of aluminum or castings and improve the comprehensive mechanical properties. 2. Reduce the scrap rate, improve the

Aluminium Titanium Alloy Non Ferrous Additive Aluminium Titanium Alloy Performance and purpose: 1. This product is an aluminum titanium intermediate alloy containing 4.5-5.5% titanium (AlTi5), 9.0-11.0% titanium (AlTi10), and 14.0-16.0% titanium (AlTi15). It is used for titanium element addition or grain refinement in aluminum alloy melting, with low addition temperature and low titanium element loss. 2. This product generates a large number of dispersed TiAl3 high melting

Manganese additive (manganese agent) ALMn80 Product Introduction This product is a new type of product that replaces intermediate alloys. It is a block shaped object made by uniformly mixing pure metal powder and a certain characteristic flux in a certain proportion and pressing it. Instructions for use A. Remove the scum on the surface of the molten pool, and uniformly pour the additive into the molten pool at the usual operating temperature (740-750 ℃), and then let it

Iron additive (iron agent) Fe80 Product Introduction This product is a new type of product that replaces intermediate alloys. It is a block shaped object made by uniformly mixing pure metal powder and a certain characteristic flux in a certain proportion and pressing it. Instructions for use A. Remove the scum on the surface of the molten pool, and uniformly pour the additive into the molten pool at the usual operating temperature (740-750 ℃), and then let it stand for 20-30

Iron additive (iron agent) Fe75 Product Introduction This product is a new type of product that replaces intermediate alloys. It is a block shaped object made by uniformly mixing pure metal powder and a certain characteristic flux in a certain proportion and pressing it. Instructions for use A. Remove the scum on the surface of the molten pool, and uniformly pour the additive into the molten pool at the usual operating temperature (740-750 ℃), and then let it stand for 20-30