• MOQ 25 Ton

Nepheline syenite, a non-consisting free slica crystalline rock , is formed of albite , microcline type of feldspar and nepheline mineral. Non-consisting free slica , high alkaline and alumina , high melting capacity and low melting range are ideal characteristics of nepheline syenite adjusting to the ceramic and glass industry. This means that the mineral nepheline syenite consists higher alumina and alkaline compared to typical felspar. Nepheline syenite is an important source of silica (%59-60), alümina (%20-24 Al2O3) and alkali (% 8-10 Na2O, % 5-7 K2O). Nepheline syenite rock consists of Nepheline, microcline and albite minerals. Chemically low silica , high alkaline and miner logically non-consisting free silica in nepheline syenite composition forms a glassy phase with low viscosity at low temperature. Moreover, high alumina in the composition increases the resistance of glassy phase deformation and low deformation values are obtained despite high alkaline content. Nepheline due to non-consisting free silica has a significant capability of reacting with silica and resolving. The high alumina and resolving capability of quartz in the composition of nepheline, increases the durability by supporting mullite formation.

• Place of OriginIran

Zinc Ingot Standards Permitted total of 6 5 4 3 2 1 Nominal Zn Class Standard elements in columns 1~6 Max Al% Max Cu% Max Sn% Max Fe% Max Cd% Max Pb% content (%) Reference 0.01 0.002 0.001 0.003 0.005 0.005 99.99 Z2 EN 1179 0.01 0.005 0.004 0.007 99.99 Special Zinc Metal JIS H2107 0.03 0.01 0.005 0.02 99.97 Ordinary Zinc Metal JIS H2107 0.05 0.01 0.002 0.001 0.02 0.01 0.03 99.95 Zn-3 ISO 752 0.4 0.02 0.1 0.3 99.6 Distilled zinc metal special JIS H2107 Price : LME + 60$ FOB Bandar Abbas Port. Payment : 100% TT Delivery : Within 1 week from the time of down payment. Others : Can be discussed.

• MOQ 25 Ton

White fused aluminaWhite aluminum oxide (WA) is electrically fused in the furnace with high grade Bayer processed alumina as raw material. It has high purity, ability of self-sharpening, better cutting, less heat emit, higher Efficiency, acid and alkali resistance, good thermal stability. Abrasives tools made of it are suitable for grinding high-speed, high carbon steel, etc. It also can be used as materials for grinding and polishing, precision casting, spaying and coating, medium body for chemical industry, special ceramics and high-grade refractory materials etc. The physical and chemical analysis Al2O3 MIN 99.53% Na2O MAX 0.4% Fe2O3 MAX 0.1% SiO2 MAX 0.1% Crystal system Hexagonal Color White Micro Hardness HV2200-2300 Grinding ability (compared with diamond as one) 0.12 Hardness (mohs) 9 Ture density 3.9 gcm3 Bulk density 1.75-1.95 gcm3 Purpose Specifications Chemical Composition Magnetic material Content (%) Max Abrasives Grade AL2O3 Min. Fe2O3 Max SiO2 Max TiO2 Max Grain 12-80 99 0.05 0.26 0.08 0.0023 90-150 99 0.06 0.28 0.09 0.0021 180-220 99 0.08 0.30 0.10 0.0018 Micro powder 240-4000 98.5 0.1 0.40 0.15 - Refractory Grade Group Size 0-1 mm 1-3 mm 3-5 mm 5-8 mm 99 0.1 0.35 0.3 - Fine Powder -180 Mesh -200 Mesh -240 Mesh -320 Mesh 99 0.1 0.35 0.3 - Color White Hardness (mohs) 9.0 Melting point °C 2250 Maximum Service Temperature °C 1900 Ture Density (gcm3) 3.9 Abrasives grade Grain: 16#, 20#, 24#30#, 36#, 46#, 54#, 60#, 80#, 100#, 120#, 150#, 180#, 220# Micropowder:240#, 280#, 320#, 360#, 400#, 500#, 600#, 800#, 1000#, 1200#, 1500#, 2000#, 2500#, 3000#, 4000# Refractory grade 1-0mm, 3-1mm, 5-3mm, 5-8mm -200mesh, -240mesh, -320mesh Application 1. It is suitable for Grinding High Speed, High Carbon Steel. 2. High Grade refractory Materials. 3. Abrasive Tools 4. Grinding & Polishing 5. Ceramics 6. LED

• MOQ 25 Ton

Item unit typical standard test method al (oh)3 % 99.6 max 99.5 by difference al2o3 % 64.50 max 65.00 by difference sio2 % 0.08 max 0.015 isiri 908 fe2o3 % 0.010 max 0.020 isiri 904 na2o % 0.33 max 0.40 isiri 10616 cao % 0.009 max 0.020 isiri 10619 l.o.i % 34.7 max 35 isiri 8346 moisture % 7 max 10 isiri 8346 -44 μm % 11 max 15 iso 13320 +150 μm % 14 max 25 iso 13320 median μm 92 80-120 iso 13320.

• MOQ 25 Ton

Aluminum OxideCalcined Alumina Alumina Specifications Parameters u.m. Value Analysis Method Al2O3 % 99 Min By Difference SiO2 % 0.012 ZSNP 03-02-01 Fe2O3 % 0.014 ZSNP 03-02-01 Na2O % 0.47 ISIRI 1061:1386 CaO % 0.010 ISIRI 10619:1386 L.O.I. % 0.48 ISIRI 8346:1384 +150 μm % 10 ZSNP 03-01-05 -75 45 μm % 40-50 ZSNP 03-01-05 +44 μm % 11-14 ZSNP 03-01-05 Midean μm 84.2 ZSNP 03-01-05

• MOQ 25 Ton

Black aluminum oxide supplied by our principles, which has good features as high hardness, strong tenacity, better bonding ability and hydrophilicity, giving less heat, good self sharpening, smooth surface and high finish. It's suitable for polishing various spare parts such as, bicycles, sewing machine, hard metal tools, medical apparatus, time pieces, glass products and stone grinding. It's also the right material for making abrasive tools: fiber-reinforced cutting wheels, grinding wheels, sand cloth paper and paste. Range of grits chemical composition (% by weight) al2o3 sio2 fe2o3 tio2 24#-100# 77.00min 11.0 min 5.0 1.5-3.5 120#-200# 75-81 9-12 4-6 2-3 240#-280# 64.0 min 10.0 min 7.0 min 1.5-3.0 available grain sizes grit no. micron grit no. micron grit no. micron 10 2360 ~ 2000 30 710 ~ 600 80 212 ~180 12 2000 ~ 1700 36 600 ~ 500 90 180 ~ 150 14 1700 ~ 1400 40 500 ~ 425 100 150 ~ 125 16 1400 ~ 1180 46 425 ~ 355 120 125 ~105 20 1180 ~ 1000 54 355 ~ 300 150 106 ~75 22 100 ~ 850 60 300 ~ 250 180 90 ~63 24 850 ~ 710 70 250 ~ 212 220 75 ~ 53

• MOQ 25 Ton

White fused aluminaWhite aluminum oxide (WA) is electrically fused in the furnace with high grade Bayer processed alumina as raw material. It has high purity, ability of self-sharpening, better cutting, less heat emit, higher Efficiency, acid and alkali resistance, good thermal stability. Abrasives tools made of it are suitable for grinding high-speed, high carbon steel, etc. It also can be used as materials for grinding and polishing, precision casting, spaying and coating, medium body for chemical industry, special ceramics and high-grade refractory materials etc. The physical and chemical analysis Al2O3 MIN 99.53% Na2O MAX 0.4% Fe2O3 MAX 0.1% SiO2 MAX 0.1% Crystal system Hexagonal Color White Micro Hardness HV2200-2300 Grinding ability (compared with diamond as one) 0.12 Hardness (mohs) 9 Ture density 3.9 gcm3 Bulk density 1.75-1.95 gcm3 Purpose Specifications Chemical Composition Magnetic material Content (%) Max Abrasives Grade AL2O3 Min. Fe2O3 Max SiO2 Max TiO2 Max Grain 12-80 99 0.05 0.26 0.08 0.0023 90-150 99 0.06 0.28 0.09 0.0021 180-220 99 0.08 0.30 0.10 0.0018 Micro powder 240-4000 98.5 0.1 0.40 0.15 - Refractory Grade Group Size 0-1 mm 1-3 mm 3-5 mm 5-8 mm 99 0.1 0.35 0.3 - Fine Powder -180 Mesh -200 Mesh -240 Mesh -320 Mesh 99 0.1 0.35 0.3 - Color White Hardness (mohs) 9.0 Melting point °C 2250 Maximum Service Temperature °C 1900 Ture Density (gcm3) 3.9 Abrasives grade Grain: 16#, 20#, 24#30#, 36#, 46#, 54#, 60#, 80#, 100#, 120#, 150#, 180#, 220# Micropowder:240#, 280#, 320#, 360#, 400#, 500#, 600#, 800#, 1000#, 1200#, 1500#, 2000#, 2500#, 3000#, 4000# Refractory grade 1-0mm, 3-1mm, 5-3mm, 5-8mm -200mesh, -240mesh, -320mesh Application 1. It is suitable for Grinding High Speed, High Carbon Steel. 2. High Grade refractory Materials. 3. Abrasive Tools 4. Grinding & Polishing 5. Ceramics 6. LED

• MOQ 25 Ton

Item unit typical standard test method al (oh)3 % 99.6 max 99.5 by difference al2o3 % 64.50 max 65.00 by difference sio2 % 0.08 max 0.015 isiri 908 fe2o3 % 0.010 max 0.020 isiri 904 na2o % 0.33 max 0.40 isiri 10616 cao % 0.009 max 0.020 isiri 10619 l.o.i % 34.7 max 35 isiri 8346 moisture % 7 max 10 isiri 8346 -44 μm % 11 max 15 iso 13320 +150 μm % 14 max 25 iso 13320 median μm 92 80-120 iso 13320.

• Place of OriginIran

Zinc Ingot Standards Permitted total of 6 5 4 3 2 1 Nominal Zn Class Standard elements in columns 1~6 Max Al% Max Cu% Max Sn% Max Fe% Max Cd% Max Pb% content (%) Reference 0.01 0.002 0.001 0.003 0.005 0.005 99.99 Z2 EN 1179 0.01 0.005 0.004 0.007 99.99 Special Zinc Metal JIS H2107 0.03 0.01 0.005 0.02 99.97 Ordinary Zinc Metal JIS H2107 0.05 0.01 0.002 0.001 0.02 0.01 0.03 99.95 Zn-3 ISO 752 0.4 0.02 0.1 0.3 99.6 Distilled zinc metal special JIS H2107 Price : LME + 60$ FOB Bandar Abbas Port. Payment : 100% TT Delivery : Within 1 week from the time of down payment. Others : Can be discussed.

• MOQ 25 Ton

Aluminum OxideCalcined Alumina Alumina Specifications Parameters u.m. Value Analysis Method Al2O3 % 99 Min By Difference SiO2 % 0.012 ZSNP 03-02-01 Fe2O3 % 0.014 ZSNP 03-02-01 Na2O % 0.47 ISIRI 1061:1386 CaO % 0.010 ISIRI 10619:1386 L.O.I. % 0.48 ISIRI 8346:1384 +150 μm % 10 ZSNP 03-01-05 -75 45 μm % 40-50 ZSNP 03-01-05 +44 μm % 11-14 ZSNP 03-01-05 Midean μm 84.2 ZSNP 03-01-05

• MOQ 25 Ton

Specifications for special customers we can provide higher al2o3 percentage rotary 88 rotary 87 rotary 86.5 rotary 86 rotary 85 al2o3 88 87 86.5 86 85 fe2o3 1.8 1.8 1.8 2 2 sio2 5.5 6.5 7 7.5 8.5 tio2 3.8 4 4 4 4 bulk density 3.25 3.25 3.2 3.2 3.15.

• MOQ 25 Ton

Nepheline syenite, a non-consisting free slica crystalline rock , is formed of albite , microcline type of feldspar and nepheline mineral. Non-consisting free slica , high alkaline and alumina , high melting capacity and low melting range are ideal characteristics of nepheline syenite adjusting to the ceramic and glass industry. This means that the mineral nepheline syenite consists higher alumina and alkaline compared to typical felspar. Nepheline syenite is an important source of silica (%59-60), alümina (%20-24 Al2O3) and alkali (% 8-10 Na2O, % 5-7 K2O). Nepheline syenite rock consists of Nepheline, microcline and albite minerals. Chemically low silica , high alkaline and miner logically non-consisting free silica in nepheline syenite composition forms a glassy phase with low viscosity at low temperature. Moreover, high alumina in the composition increases the resistance of glassy phase deformation and low deformation values are obtained despite high alkaline content. Nepheline due to non-consisting free silica has a significant capability of reacting with silica and resolving. The high alumina and resolving capability of quartz in the composition of nepheline, increases the durability by supporting mullite formation.