Pine Oil with Good Quality and High Purity and Strong Packing

Pine Oil with Good Quality and High Purity and Strong Packing

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Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 17.6

Supply Capability:: 3000 m.t./month

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1. Structure of Pine Oil Description：

CAS NO.: 8002-09-3

MF: C10H17OH

PURITY:

Purity: 45% 50% 70% 80%

Packing&Delievery: 170kg/iron drum (Capacity of per 20'FCL: 80 drums,totally 13.6mt per container)

All year Delievery

2. Main Features of Pine Oil：

The pine oil is widely used in the flotation of various metallic and non-metallic minerals. It is mainly used in the flotation of various sulfide ores,such as lead,copper,zinc,and iron sulfide,and non-sulfide minerals. It exhibits some collecting properties,especially for readily floatable minerals such as talc,graphite,sulphur,molybdenite and coal etc.The froth produced by pine oil is more persistent than that produced by other frothers.As a good foaming agent of non-ferrous metals,has been widely used both at home and abroad,with low foam,high concentrate grade,strong adaptability,fine and dense foam and the foaming speed and defoaming speed is fast,easy operation,no impact on subsequent flotation and is appropriate the separation of polymetallicore.

3.Pine Oil Images

Pine Oil with Good Quality and High Purity and Strong Packing

4.Pine Oil Specification

Item	50%	65%	70%	85%
Appearance	Slight-yellowish or brown-yellowish oil-shape liquid.
Color and state( Max).	6	6	6	6
Content of water (Max).	0.7	0.7	0.7	0.7
Total acid value (Min)	50	65	70	85
Gravity	0.866	0.90-0.92	0.90-0.92	0.92-0.94
Distillation range(°C)	168-230°C	170-225°C	170-225°C	190-225°C
Impurities(MAX)	0.5%	0.5%	0.5%	0.5%
PH value	5-7	5-7	5-7	5-7
Impurity( Max).	0.5	0.5	0.3	0.3

5.FAQ

1)How many tons does your factory can supply each moth?

30000tons/month

2)How to quarantee the quality of the products?

you can arrange SGS&BV or other quality inspection.

3)How many days you need to pepare the cargo after we made the order?

Q: How does inorganic salts maintain osmotic pressure and pH: Osmotic pressure to the concentration of inorganic salts affect the distribution of water molecules inside and outside the cell ~ to adjust the osmotic pressure, when the extracellular fluid concentration is greater than the intracellular fluid when the performance of water loss, otherwise the water.

Q: How to get an inorganic salt: Inorganic salts are salts of inorganic compounds, formerly known as minerals. Plant growth needs N, P, K three elements and Ca, Zn, B, Mg, S, Fe and other trace elements. Depending on the type and amount of inorganic salts required for plant life, the water and various proportions of inorganic salts are scientifically formulated into plant nutrient solutions. The method of cultivating plants with plant nutrient solution is called soilless cultivation. The inorganic salts used to prepare the nutrient solution are generally not available for extraction, such as potassium nitrate, calcium nitrate, magnesium sulfate, potassium dihydrogen phosphate, copper sulfate, zinc sulfate and the like, and the reagent may be a chemical fertilizer. The purity of the reagent is high and the impurities of the fertilizer are more. If you can not get it, you can use soil leaching solution (fertile soil plus fresh water, the liquid obtained after filtration), which generally contains a variety of inorganic salts.

Q: Why can quaternary ammonium salts catalyze the heterogeneous reaction between water-soluble inorganic salts and organic compounds: Quaternary ammonium salts have the characteristics of surfactants, with the water phase of the nucleophile in the composition of the ion pair, into the organic phase, thereby promoting the heterogeneous reaction faster 6224

Q: How can experiments prove that there are inorganic salts in the leaves of plants: The experimental leaves used to dry, crushed into powder or sintered ash, and then the analysis of mineral elements, we can learn.

Q: what is the function of the organic part of bone matrix?of the inorganic part(bone salts)?: The organic part is cells that produce bone matrix (inorganic) with excess calcium and phosphorus, and break down the bone salts when the calcium is needed elsewhere in the body. The inorganic matrix provides protection, support and structure for the body. And, actually, red bone marrow is the place where formed elements of the blood are manufactured. Dude, this is not exactly botany. :-P

Q: A solution is known to contain an inorganic salt of one of the following elements. The solution is colorless. The solution contains a salt ofa. Cub. Mnc. Fed. Nie. Zn: Mn or Zn. Both MnSO4 and ZnSO4 solutions are water-white. KMnO4 is purple. But you did not stipulate.

Q: Eat what food can add inorganic salt: Most of the food contains inorganic salts, the so-called inorganic salts, also known as minerals or ash. Minerals are naturally occurring compounds or natural elements in the crust. There are about 50 kinds of minerals in the human body, although they in the human body only 4% of body weight, but it is an essential part of the organism. According to their content in the body how much can be divided into constant elements and trace elements two categories. The body is actually composed of various elements (macro and trace). Many of these mineral elements are essential components of the enzyme, which can regulate a variety of physiological functions (such as maintaining osmotic pressure, oxygen transport, muscle contraction, nervous system integrity), but also tissue and bone growth and maintenance necessary. Some (such as calcium, phosphorus, sodium, magnesium, sulfur, chloride) content is large, while others are only trace. Human essential trace elements are cobalt (such as vitamin B12), copper, fluorine, iodine, iron, zinc, chromium, selenium, manganese, molybdenum In terms of its impact on experimental animals, nickel, tin and arsenic should also be considered necessary. Most minerals (except zinc) are widely distributed in a variety of foods and can be fully supplemented by balanced and diversified diets. However, there is a need for additional supplements to patients who have been relying on intravenous nutrition for long periods of time, infants and older persons, or because of the lack of regionalities caused by soil and water quality.

Q: Think about the physical and chemical properties of salt and sugar. What properties do these substances have in common? Describe which properties you could use to distinguish between them. What properties and units would you use to describe their physical and chemical characteristics? List as many as you can.: Salt: inorganic, ionic bond, soluble in water (ionizes); forms a crystal lattice structure as a solid. Sugar: organic compound, mostly covalent bonds, also soluble in water but does not ionize, can be burned, tastes good (just kidding).

Q: therefore indigestible..that I should look for organic plant based trace mineral compounds..anyone care to comment?: Inorganic does not mean indigestible, but plant derived trace minerals are the best form to take because they have been broken down by soil micro-organisms and predigested by plants, making them much more bioavailable than minerals which have not. I use Liquid Life trace minerals. EDIT: The best source would definitely be diet except that our soils have had a whopping 85% mineral depletion over the past hundred years thanks to over-farming. Your great grandma's bowl of spinach had eight times the nutrition that the bowl you eat today has.

Q: The difference between the ignition of inorganic salts and organic matter: Inorganic salts that inorganic compounds in the salt, formerly known as minerals, the body has found more than 20 species, of which constant elements are iron, zinc, selenium, molybdenum, chromium, cobalt, iodine 8 species. If you pay attention to diet diversification, eat less animal fat, eat brown rice, corn and other coarse grains, do not eat too much refined flour, the body can make the inorganic salt to maintain the normal level.

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