Phthalocyanine Green G (PG7)

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Loading Port:: Shanghai Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Metric Ton m.t.

Supply Capability:: 7,500MT/Year m.t./month

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Production Details Of Phthalocyanine Green L8710
Chemical Structure			CuPc Halide
Color Index No.			PG 7/74260
Application			Paint
Physical Form			powder

Test Items	Index			Test Method
Relative Tinting Strength	100 +_5%			DIN55986
ΔE,ΔL,Δa,Δb	≤1,+1,+1,+1

Items		Index			Test Method
PH		6.5~8			DIN ISO 787-9
Density 20℃ g/cm3		2.1			DIN ISO 787-10
BET m2/g		61			DIN 66131
Oil absorption g/100g		32~42			DIN ISO 787-5
105℃ Volatile Matter		≤1.0%			DIN ISO 787-2
Water Solubles		≤1.5%			DIN ISO 787-13
Residue on Sieve 100 mesh		≤5%			DIN 53195

Solvent Resistance		Index			Test Method
Water		5			DIN ISO 105-A03
White Spirit		4~5			DIN ISO 105-A03
Ethanol		4~5			DIN ISO 105-A03
Acetone		4~ 5			DIN ISO 105-A03
Di methylbenzene		4~5			DIN ISO 105-A03

Tolerance		Index			Test Method
Light Fastness		8			DIN ISO 105-A03
Weather Resistance		5			DIN ISO 105-A03
Acid Resistance		5			DIN ISO 105-A03
Alkali Resistance		5			DIN ISO 105-A03
Hot Resistance		230℃

Packing Details Of Phthalocyanine Green L8710 :

25 kg / bag , 20 MT/ 20 FCL .

Suggest Using Of Phthalocyanine Green L8710 :

1) Printing ink
2) Paint
3) Plastic
4) Rubber
5) Pharmaceuticals
6) Printing colors
7) Highly dispersible
8) High density pigment used for addition of coloration
9) Limited anti-dissolvent and anti-flocculability
10) High temperature resistance and sunshine resistance

equipment of phthalocyanine green

phthalocyanine green

Q: can the pigment know as Chinese purple form a matter wave in certain circumstances?: Scientists explore atomic mysteries of ancient pigment LOS ALAMOS, N.M., Nov. 18, 2004 -- University of California scientists from the National High Magnetic Field Laboratory, Pulsed Field Facility at Los Alamos National Laboratory, working with colleagues from Tokyo Metropolitan University, the University of Buenos Aires in Argentina, the National Institute of Chemical Physics and Biophysics in Estonia, the National High Magnetic Field Laboratory in Tallahassee, Florida and the University of Tokyo, have discovered an ideal candidate for Bose-Einstein condensation in the ancient Chinese pigment, Han Purple. In research featured recently on the cover of Physical Review Letters, the team describes how the application of a strong magnetic field to Han Purple (BaCuSi2O6) creates a gas of bosonic spin triplet excitations. The field acts as a chemical potential causing the weakly interacting bosonic gas to undergo Bose-Einstein condensation (BEC) when the temperature is reduced to minus 453 degrees Fahrenheit, six orders of magnitude higher than the temperature normally required for BEC in atomic gases.

Q: What does the word pigment mean?: meant to be a pig. :)

Q: I hear about it cause my Friend is albino and she was born with no pigments in her hair,skin or eyes: a pigment is a naturally produced substance in humans and nature in general, that reflects light that is perceived by our eyes as colour -a person without pigment would show totally white hair, and pale pink skin and eyes (the pink is from the blood vessels) -we have it to protect us from the sun --> naturally dark or tanned people have lots, rarely get burned or skin cancer; fair-skinned people were designed for the northern areas with less sunlight, burn easily

Q: What does it mean when something is highly pigmented?: Pigment is color. When someone says something is highly pigmented it means that the color is bright or really vibrant. Hope this helped!

Q: whats it for? lol: itz for ur beautifing ur skin.

Q: Please and thank you, it doesn't say so on the website.: Mac Pigment Ingredients

Q: a. chlorophyll ab. chlorophyll bc. chlorophyll cd. carotenoid pigments: Chlorophylls are greenish pigments which contain a porphyrin ring. This is a stable ring-shaped molecule around which electrons are free to migrate. Because the electrons move freely, the ring has the potential to gain or lose electrons easily, and thus the potential to provide energized electrons to other molecules. This is the fundamental process by which chlorophyll captures the energy of sunlight. There are several kinds of chlorophyll, the most important being chlorophyll a. This is the molecule which makes photosynthesis possible, by passing its energized electrons on to molecules which will manufacture sugars. All plants, algae, and cyanobacteria which photosynthesize contain chlorophyll a. A second kind of chlorophyll is chlorophyll b, which occurs only in green algae and in the plants. A third form of chlorophyll which is common is (not surprisingly) called chlorophyll c, and is found only in the photosynthetic members of the Chromista as well as the dinoflagellates. The differences between the chlorophylls of these major groups was one of the first clues that they were not as closely related as previously thought. Carotenoids are usually red, orange, or yellow pigments, and include the familiar compound carotene, which gives carrots their color. These compounds are composed of two small six-carbon rings connected by a chain of carbon atoms. As a result, they do not dissolve in water, and must be attached to membranes within the cell. Carotenoids cannot transfer sunlight energy directly to the photosynthetic pathway, but must pass their absorbed energy to chlorophyll. For this reason, they are called accessory pigments. One very visible accessory pigment is fucoxanthin the brown pigment which colors kelps and other brown algae as well as the diatoms. From this I would say the answer is c.

Q: In photosynthesis whats the difference between primary and accesory pigments?: Primary pigments are molecules that convert light energy to chemical energy directly; chlorophyll is the primary pigment in all photosynthetic organisms. Accessory pigments are molecules that absorb photons which are not captured by chlorophyll. The presence of accessory pigments (found in the thylakoid membranes of plants) allows phototrophs (plants, algae, and cyanobacteria) to capture energy from the sun that would otherwise go to waste. The two most common types of accessory pigments are carotenoids and phycobilins. Some examples of carotenoids in common plants are: beta-carotein (carrot orange), lutein (marigold yellow), and lycopene (tomato red). Phycobilins are found only in red algae or cyanobacteria. The two most common phycobilins are: phycoerythrin (red), and phycocyanin (blue). The presence of accessory pigments in plants is masked by the presence of chlorophyll during the Spring and Summer seasons; that's why leaves are green most of the time. The color change from green to red, orange, or yellow that we observed during the Fall season is caused by the absence of chlorophyll; the accessory pigments are always present until the leaves fall as the trees go into dormant mode.

Q: what are accessory pigments?: Accessory pigments are light-absorbing compounds, found in photosynthetic organisms, that work in conjunction with chlorophyll a. They include other forms of this pigment, such as chlorophyll b in green algal and higher plant , while other algae may contain chlorophyll c or d. In addition, there are many non-chlorophyll accessory pigments, such as carotenoids or phycobiliproteins which also absorb light and transfer that light energy to photosystem chlorophyll. Some of these accessory pigments, particularly the carotenoids, also serve to absorb and dissipate excess light energy, or work as antioxidants. The different chlorophyll and non-chlorophyll pigments associated with the photosystems all have different absorption spectra, either because the spectra of the different chlorophyll pigments are modified by their local protein environment, or because the accessory pigments have intrinsic structural differences. The result is that, in vivo a composite absorption spectrum of all these pigments is broadened and flattened such that a wider range of visible and infrared radiation is absorbed by plants and algae. Most photosynthetic organisms do not absorb green light well, thus most remaining light under leaf canopies in forests or under water with abundant plankton is green, a spectral effect called the green window. Organisms such as some cyanobacteria and red algae contain accessory phycobiliproteins that absorb green light reaching these habitats. For more kindly click on the links below --- en.wikipedia.org/wiki/Accessory_p... en.wikipedia.org/wiki/Photosynthe...

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