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Chemical Elements
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Berlinkauf Trade Leads / Chemical / Chemical Elements
| Directory | Trade Leads | Rated | Visits | Date | Images |
Chemical Elements |
Foam Filter Media Diameter Density Porosity 0.8-1.2 mm 80 Kg/m3 50℅ |
0 (#0) | 21 | 2008.11.20 |  |
| Chemical Elements |
Polymeric Aliuminum Ferric Chloride Items indicators PAFC Liquid solid The relative density（20℃）min 1.19 PH value（1 percent solution） 3.5-4.5 3.5-4.5 Alumina（AL2O3）content %min 10.0 29 Iron oxide content % 1-2 2-3 Alkalinity degree % 60-95 60-95 Water insoluble content %max 0.3 1.0 Arsenic (As) content %max 0.0003 0.0006 Manganese (Mn) content %max 0.045 0.01 Lead (Pb) content %max 0.001 0.003 Mercury (Hg) content %max 0.00002 0.00006 Sulfate (SO4) content % 3.5-9.6 3.5-10 |
0 (#0) | 18 | 2008.11.20 | |
| Chemical Elements |
Maifanite Media SiO2 AL2O3 Fe2O3 CaO FeO MgO K2O Na2O 54.89 9.52 3.6 8.75 5.05 10.29 1.55 0.97 |
0 (#0) | 22 | 2008.11.20 | |
| Chemical Elements |
Walnut Shell Filter Description Parameter Capacity (each),m3/h 10425 Backwash strength,L/m2s 6.3 Design pressure, MPa 0.62.0 Design temperature, ?C 80 Filter velocity, m/h 2434 Backwash time, min. 2025 Filter resistance (single stage, in parallel), MPa max0.1 Filter resistance (each unit), MPa max0.12 Primary filtration (mg/L) Inlet SSmax100 Oil content max100 Outlet SSmax100 Oil content max10 Working cycle, h 825 Filter resistance (2 stages, in series), MPa 13% Inlet water, mg/L SS max50 Oil max50 Outlet water, mg/L SS max10 Oil max10 |
0 (#0) | 35 | 2008.11.20 | |
| Chemical Elements |
Activated Alumina Item 3-5mmSphere 4-6mmSphere Bulk density （g/ml） min0.70 min0.68 Surface area sq (m/g) 260-300 260-300 Pore volume (ml/g) 0.38-0.42 0.38-0.42 Static adsorption (RH=60%) 16-18 16-18 Crushing strength (N/P) min90 min120 Abrasion (%) max0.40 max0.40 |
0 (#0) | 20 | 2008.11.20 | |
| Chemical Elements |
Fiber Balls Filter-Media Analysis project Data Analysis project Data Density 1.38kg/m3 filtration rate 20-85m/h Obturation density 60-80kg/m3 load sewage amount 6-10kg/m3 Surface area 3000m2/m3 Sphere size 15-25、25-30mm Porosity 96％ Sphere Appearance white granule elliptic |
0 (#0) | 15 | 2008.11.20 | |
| Chemical Elements |
Shale Ceramsite Filters Analysis project Data Analysis project Data Specific Gravity (g/cm3) 1.52 SiO2% 62-68 porosity (%) 55-78 Al2O3% 18-22 Bulk Density g/cm3 750-800 Fe2O3% 6-9 filtration rate m/h 10-40 (20-25) Surface area% 3980m2/m3 Interception capacity And using period higher than quartz sand 2.5 multiple Backwash intensity 15Lm2.S |
0 (#0) | 14 | 2008.11.20 | |
| Chemical Elements |
Scree Filtration Analysis project Data Analysis project Data SiO2 min98% Density 2.66g/cm3 Acid Solubility max0.2% Bulk density 1.85g/cm3 |
0 (#0) | 16 | 2008.11.20 | |
| Chemical Elements |
Light Quality Ceramsite Filters Analysis project Result Analysis project Result Specific Gravity 1.4-2.2g/cm3 Compression Index 55-75% Bulk Density 0.8-1.0g/cm3 Surface area 3980m2/m3 Backwash intensity 12-15L/S.m3 Compulsory filtration rate 20-40m/h Interception capacity 2-3 times over quartz sand Normal filtration rate 20-25m/h |
0 (#0) | 13 | 2008.11.20 | |
| Chemical Elements |
Efficient Modified Fiber Ball water quality before filter Oil max20mg/L Suspended matter max20mg/L water quality after filter Oil max2mg/L Suspended matter max1.5mg/L Size ratio to grade max1.5μm COD removal rate min60% |
0 (#0) | 18 | 2008.11.20 | |
| Chemical Elements |
Magnetite Filtration Specific Gravity(m3/T) Attrition Loss % Hardness broken rate Ferric(Fe) 4.5 max0.04 6 max0.05% 20-40 Sulphur(S) Fe2O3 Ash Content Bulk density Uniformity Coefficient 0.26% 70% max2.5% 2.95g/cm3 max1.8 |
0 (#0) | 17 | 2008.11.20 | |
| Chemical Elements |
Anthracite Filters Material Analysis project Data Analysis project Data Carbon Content(C) min85% Hardness 3-3.75 Sulphur(S) 0.05% Ash Content max2% Copper(Cu) 0.025% Specific Gravity 1.4-1.6 Lead(Pb) 0.045% Bulk Density 0.947T/m3 Zinc(Zn) 0.04% broken rate max0.58 Acid Solubility max2% Attrition Loss max0.53 Porosity 47-52% Uniformity Coefficient K80 1.8-2.0 |
0 (#0) | 21 | 2008.11.20 | |
| Chemical Elements |
Fruit Filters Analysis project Unit Data Analysis project Unit Data Specific Gravity g/cm3 1.25 Packing water % max10 Bulk density g/cm3 0.8 Puffiness rate % max3 Attrition Loss % max1.5 oil content % 0.25 oil removal rate % 90-95 Porosity % 48 removing rate of suspended matter % 95-98 Jetting pressure 0.32 filtration rate m/n 20-25 maintenance mode Supplement per year 5-10% Backwash intensity m3/m2/n 25 |
0 (#0) | 18 | 2008.11.20 | |
| Chemical Elements |
Manganese Sand Filtration Analysis project MnO2 Density Bulk density Mn Result 25-35 3.5g/cm3 2.4g/cm3 18-25% Analysis project SiO2 Fe Mn C Ash Content Result 16-20 8-19% 12-22% max3% |
0 (#0) | 23 | 2008.11.20 | |
| Chemical Elements |
Quartz Sand Filtration Analysis project unit Result Analysis project unit Result Ash Content % 0.05 Acid Solubility % 0.02 Density g/cm3 2.66 tolerance of acidity % 98 Attrition Loss % 0.03 Porosity % 43 broken rate % 0.35 Bulk Density g/cm3 1.75 SiO2 % 99.3 Hardness degree 7.5 |
0 (#0) | 20 | 2008.11.20 | |
| Chemical Elements |
Activated Carbon for Electropate Type Spec GY-C2030 GY-C2031 Material Fruit Shell Wood Moisture (%)max 15 15 Fe (%)max 0.1 0.1 Cl(%)max 0.05 0.1 Heavy Metals(%)max 0.01 0.01 Zn(%) None None PH(min) 7 7 Iodine Number (mg/g)min 900 950 Surface Area (m2/g) 1000 1050 MB Value (mg/g) 105?10 105?10 |
0 (#0) | 18 | 2008.11.20 | |
| Chemical Elements |
Activated Carbon with Silver Parameter Product type GY-C2022 GY-C2023 Moisture (%)min 10 10 Abrasion resistance % ()max 90 90 Iodine value (mg/g)max 1100 1000 Methylene blue adsorption rate (mg/g)max 180 155 PH 4.5-7.5 4.5-7.5 Ash content (%)min 5 5 Silver content (%) 0.15-0.25 0.06-0.15 Remaining chloride removal rate (%)max 90 90 Arsenic content (%)min 0.0003 0.0003 P lumbum content (%) min 0.001 0.001 Heavy metal content (%) min 0.004 0.004 Cyanide content No reaction No reaction Particle size (mesh) 8~30,20~40 8~30,20~40 |
0 (#0) | 18 | 2008.11.20 | |
| Chemical Elements |
Activated Carbon for Gold Recovery Type Spec GY-C2020 GY-C2021 Iodine(mg/g) min 1000 900 Methylene(mg/g) 180 150 Moisturer(%)max 5 5 Ash(%)max 5 5 Bulk density(g/l) 450-550 470-520 Iron Salt(%)min Hardness(%)min 97 93 PH 7-9 7-9 Above 6 mesh(%) 2 2 6-16 mesh(%) 90 90 Lower 16mesh(%) 5 5 |
0 (#0) | 28 | 2008.11.20 | |
| Chemical Elements |
Coconut shell water processing Activated Carbon Type Spec GY-C2012 GY-C2013 GY-C2014 GY-C2015 GY-C2016 GY-C2017 GY-C2018 GY-C2019 Iodine(mg/g) min 1050 1000 1000 1000 1100 1150 1150 1000 Methylene(mg/g) 195 180 180 180 200 255 255 180 Moisture(%)max 5 5 5 5 8 5 8 8 Ash(%)max 4 4 4 4 4 4 4 4 Bulk density(g/l) 420-450 450-500 450-500 450-500 420-450 400-440 400-440 450-500 Iron salt(%)min 0.18 Hardness(%)min 95 97 97 PH 7-9 7-9 7-9 7-9 7-9 7-9 7-9 7-9 mesh |
0 (#0) | 13 | 2008.11.20 | |
| Chemical Elements |
Coconut Based Activated Carbon for Decolorization Items Activated Carbon on Decolorization GY-C2009 GY-C20010 Mesh Size（%）min 90 80 Hardness（%）min 90 90 Moisture（%）max 10 10 Iodine（mg/g）max 1000 900 Methylene Blue（mg/g）min 150 120 Dissolve（%）max 0.2 0.25 Solute in Acid（%）max 2.0 3.0 Iron（%）max 0.1 0.2 CA（%）max 0.05 0.1 CA,MG（%）max 0.25 0.25 PH 5-7 5-7 ASH（%）max 3.0 4.0 |
0 (#0) | 14 | 2008.11.20 | |
| Chemical Elements |
Coconut Based Activated Carbon for Absorption and Chemisorption Items Activated carbon from vinylon synthesis on carrier Activated carbon on carrier the extraction of precious metals Activated carbon on recovery of organic solvent GY-C2001 GY-C2002 GY-C2003 GY-C2004 GY-C2005 GY-C2006 Mesh Size(%)min 28-42 28-42 6-16 6-16 16-32 16-32 87 85 90 80 90 85 Bulk Ratio(g/ml) 0.385-0.42 0.385-0.44 0.4 0.4 0.35-0.5 0.35-0.5 Moisture(%)max 5 5 10 10 10 0 Hardness(%)min 73 70 90 90 73 70 Acetic Acid(mg/g)min 550 530 Zn Acetic Acid(g/100ml)min 7 6 PH 5.7 5-7 7 7 Minimun Fluidizing Velocity(cm/s) 10-12.5 9-12.5 Iodine(mg/g)min l000 900 1000 900 Water Dissolve (%) 80-130 80-130 Protection Time(minute)min 45 45 Protection Time(minute)min 27 |
0 (#0) | 19 | 2008.11.20 | |
| Chemical Elements |
Activated Carbon for Food, Beverage and MSG Type Specifacation GY-W008 GY-W009 GY-W010 GY-W011 GY-W012 GY-W13 Methylene Blue(ml)min 10 11 12 13 14 15 Acid(%)min 80 85 90 90 98 98 Moisture(%)max 10 10 10 10 10 10 Iron Salt(%)max 0.1 0.1 0.05 0.05 0.05 0.05 ASH Content(%)max 8 7 6 6 5 7 Mesh Size(%)min 90 90 90 90 90 90 |
0 (#0) | 31 | 2008.11.19 | |
| Chemical Elements |
Wood Based Activated Carbon for Purification and Refining Items Standard Methylene Blue(ml) min 12 Adsorption of Quinine Sulfate(mg/g)min 120 PH 7.0 - 9.5 Chloride Content(%)max 0.20 Iron Content(%)max 0.10 Acid-Solute Substance(%)max 6 Ash(%)max 7 Moisture (%)max 10 |
0 (#0) | 22 | 2008.11.19 | |
| Chemical Elements |
Wood Based Activated carbon for Crease-Declorizing Items Standard PH 7.5 - 9.5 Chloride Content(%)max 0.20 Iron Content(%) max 0.30 Heavy Metal content(ppm) max 50 Acid-Solute Substance(%) max 3.5 Moisture(% )max 10 Uncarbonized Matters non Decolorizing power to primitive colors of tea-seeds oil(% )min 80 |
0 (#0) | 17 | 2008.11.19 | |
| Chemical Elements |
Wood Based Activated Carbon for Injection Type Specification GY-W005 GY-W006 GY-W007 Remarks Ash (%) max 2.5 2.5 2.0 We also can produce the activated carbon according to the demand of the clients. We also can offer the free size without grinding. Adsorption of Quinine Sulfate (mg/g) min 120 120 120 Methylene Blue (ml) min 12 12 12 Iran Content(%)max 0.02 0.02 0.02 Zinc Content(%)max 0.005 0.005 ---- PH 4.5 - 7.5 4.5 - 7.5 5.0 - 7.0 Chloride Content(%)max 0.10 0.05 0.05 Sulfate(%)max 0.05 0.05 0.05 Heavy Metal (ppm) max 30 30 30 AcidSolute Substance(%)max 0.8 0.8 0.8 Sulfide Content max non non non Cyanide Content max non non non Uncarbonized Matters max non non non Moisture(%)max 10 10 10 |
0 (#0) | 17 | 2008.11.19 | |