Activated Carbon in purifying water

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Quick Details

  • Classification: Chemical Auxiliary Agent

  • CAS No.: 64365-11-3

  • Other Names: charcoal

  • MF: CH4

  • EINECS No.: 264-846-4

  • Purity: 100%

  • Place of Origin: China (Mainland)

  • Type: Adsorbent

  • Adsorbent Variety: Water Treatment Chemicals,air purification

  • Usage: Water Treatment Chemicals

  • product: Activated Carbon

  • Model Number: YG

  • Moisture content: 5.0%max

  • ash: 3%-10%

  • iodine value: 600-1200mg/g

  • Apparent density: 0.50-0.55g/cm3

  • Abrasion Number: 90%--98%

  • Methylene Blue Value: 120-240mg/g

  • size: 0.5-1mm 1-2mm 2-4mm 4-6mm

  • hardness: 98%

  • Packaging & Delivery



Packaging Details:25KGS/plastic woven bags, pp bag inside
Delivery Detail:25days after received the DP /LC


Specifications

Activated Carbon
1.High mechanical strength
2.Strong absorption ablility
3.Size 4-325 me

Activated carbon

Product Type:

coal based, wood based, coconut shell based, nut shell based in granular, cylindrical, spherical and powder appearance

Product Usage:

Activated carbon is used in purifying water and air; adsorbing (collecting, recovering. separating and refining of poisonous substances, adsorbing and filtering radioactivity substances and microorganism ) desulfating,recovering of solvent and steam ; catalyst and catalyst carriers.

 

Product Spec

Quality Parameters of Coconut shell activated carbon

Item

Data

Item

Data

Iodine Value

600-1200mg/g

Apparent density

0.50-0.55g/cm3

Ash

3%-10%

Drying Loss

10%--2%

Methylene Blue Value

120-240mg/g

Abrasion Number

90%--98%

The above indicators can be adjusted as per customers' requirements.

Price

USD780-1050/Ton FOB Tianjin,Qingdao,Lianyungang,Shanghai

Packaging Details:


1.Big bag: 500kg/600kg PP Bag.


2.Small bag: 25kg kraft bag or PP Bag.


3.According to customer's requirements




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Q:What progress has chemistry brought to our life?
Q:Which branch of chemistry or what specialty can study the catalyst
Analytical Chemistry: Application of Catalysts in Analytical Chemistry, Component Analysis of Certain Natural and Synthetic Catalysts
Q:Why the catalyst after the chemical reaction of its quality and chemical properties unchanged
In fact, the catalyst in the reaction process has become other substances, but after the end of the reaction, the catalyst has changed back. That is, the catalyst is actually involved in the reaction, except that the amount of catalyst being reacted is as much as it did.
Q:High school stage which organic chemical reactions do not use catalyst
Aldehyde and silver ammonia solution reaction, and the new system of Cu (OH) 2 reaction.
Q:Can a catalyst be present in the rate equation?
Any reaction with a finite amount of reactants has a half-life, whether it's first order, second order, zero order or complex order. The half-life (t½) is defined as the time taken for the reaction to go half-way to completion. If the reaction is: A + B ---products and A is in excess, then t½ will be the time taken for half of B to be used up. For all reactions, then, you get a decay curve. For zero-order reactions, this 'curve' is a straight line, but for all other orders, the curve is an actual curve and it is quite difficult to distinguish, by visual inspection alone, whether it is exponential (indicating a first-order reaction) or hyperbolic (indicating a second or higher order reaction).
Q:Is palladium predominantly a catalyst in chemistry?
Palladium in the chemical mainly to do the catalyst; palladium and ruthenium, iridium, silver, gold, copper and other alloy, can improve the palladium resistivity, hardness and strength, used in the manufacture of precision resistors, jewelry and so on.
Q:How are a catalyst and an intermediate similar? How are they different?
A catalyst speeds up the rate of a reaction by lowering the activation energy barrier which is, presumably, the energy required to achieve the reaction intermediate. Catalysts are also not consumed in the reaction, they are regenerated towards the end. A reaction intermediate is a configuration that a molecule takes prior to achieving it's lowest energy form which would signify the end of the reaction. Intermediate usually are hard to isolate because of the incentive to go to the most stable configuration. How are they different? A catalyst is not a part of the reaction product and it doesn't get consumed. An intermediate in a reaction is transformed into the product. How are they similar? Well, catalysts drive the reaction and make it easier for the reaction for follow through. Since intermediates are high energy and thermodynamics tells us that low energy is favorable, the incentive for a high energy intermediate to drive down to it's stable for can also drive a reaction. I hope that helps. I hope it makes sense.
Q:What are the requirements for the catalyst for the chemical industry?
Generally find a few, according to the cost and cost of cost, choose cost-effective
Q:Copper oxide and ferric oxide can replace manganese dioxide as a catalyst in chemical reaction?
Can not. They will react
Q:Chemical production of iodine and magnesium with water as catalyst!
In the 250mL three bottles were equipped with spherical condenser and constant pressure dropping funnel, in the condensate tube connected to the anhydrous calcium chloride drying tube. The flask was placed with 1.5 g of magnesium chip and a small tablet of iodine, 10 g of bromobenzene and 30 mL of anhydrous ether were mixed in a constant pressure dropping funnel. First 1/4 of the mixture into the flask, a few minutes later see the magnesium surface of the bubble generated, the solution was slightly cloudy, iodine color began to disappear. If no reaction occurs, use a hot water bath. After the start of the reaction, stir, slowly dropping the remaining bromophene ether solution, dropping the rate to keep the solution was slightly boiling state, after adding, in the water bath to continue reflow 0.5h, magnesium tablets full effect.

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