• Phthalocyanine Blue BGS 15:3 System 1
  • Phthalocyanine Blue BGS 15:3 System 2
  • Phthalocyanine Blue BGS 15:3 System 3
Phthalocyanine Blue BGS 15:3

Phthalocyanine Blue BGS 15:3

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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 Blue :

 

Production Details of Phthalocyanine Blue

Chemical Structure

CuPc  α

Color Index No.

PB 15:0

Application

Ink 

Physical Form

powder

Test Items

Index

Test Method

Relative Tinting Strength

100 +_5%

DIN55986

ΔE,ΔL,Δa,Δb

≤1,+1,+1,+1

PH

5.8~8

DIN ISO 787-9

Density 20℃ g/cm3

1.6

DIN ISO 787-10

BET m2/g

66

DIN 66131

Oil absorption g/100g

35~45

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  

Conductivity us/cm 

≤300 

DIN ISO 787-14

Solvent Resistance

Index

Test Method

Water

5

DIN ISO 105-A03

White Spirit

5

DIN ISO 105-A03

Tolerance

Index

Test Method

Light Fastness

8

DIN ISO 105-A03

Weather Resistance

DIN ISO 105-A03

Acid Resistance

5                   

DIN ISO 105-A03

Alkali Resistance

5  

DIN ISO 105-A03

 

Packing Details Of Phthalocyanine Blue  :

 

25kg/bag , or as your requirements .

 

Sugges Using  of Phthalocyanine Blue  :

 

printing ink ,pigment ,plastic , rubber and so on .

 

 

 

 

 

 

Q: Are carontenoids and anythocyanin accesory pigments.
Accessory pigments are those , that can not do photosynthesis and manufacture sugar as essential pigment chlorophyll does. But these accessory pigments capture solar energy in the form of photons and then transfer it to chlorophyll molecules / pigments . Thus increasing the power of chlorophyll to do photosynthesis . carontenoids and anythocyanin are accesory pigments. click on the links below to learn more about the accessory pigments - en.wikipedia.org/wiki/Accessory_p... www.ucmp.berkeley.edu/glossary/gl... www.cas.muohio.edu/~meicenrd/BMZ1... Thank you !
Q: what are the accessory pigments in plant photosynthesis?
The photosynthetic pigments are of two types, primary pigments and accessory pigments. The accessory pigments pass the emitted electrons to the primary pigments. Electrons are then emitted from the primary pigments and it is these that drive the photosynthetic process. The two primary pigments are both forms of chlorophyll a, called P690 and P700 (absorbing light best at 690 and 700 nm wavelengths, respectively). The accessory pigments include other forms of chlorophyll a, chlorophyll b and carotenoids. The light energy trapping systems of the plant are called photosystem I and photosystem II. Energy capture traps of photosystems I and II (in the quantosomes) light energy The quantosomes are regularly spaced particles embedded in the thylakoids, and are either large or small. It is probable that the large quantosomes contain photosystem II and reaction centre II and the small quantosomes contain photosystem I and reaction centre I.
Q: I bought the color Frozen White, and the store sample was sort chunky too, and it doesn't go on my skin well because of that. How can I apply it on smoothly? do I need to add a little water??? help!!!!
use a good brush, apply little by little experiment with water remember MAC was made for taking model pictures there colors are strong and bold and not good for the skin because they were made solely to take pictures and have it pop out of the picture
Q: what is the pigment in hibiscus?
Hibiscus flowers bear pigments of three types: carotenoids, anthocyanins, and flavonols. The exact pigments (all three of those types are actually sizeable families of similar chemicals) and the exact proportions depend on the color of the particular flower: there are literally several hundred species in the genus Hibiscus, and they come in all shades of red, pink, yellow, and orange. Carotenoids are oil-soluble, fairly stable pigments that come in all shades of red, orange, and yellow. Anthocyanins are water-soluble and significantly less stable: they're responsible for the blues, pinks, purples, and reds, and in high concentrations can produce colors so dark as to look black. Flavonols are the least vivid of the pigments: they produce pale pastel yellows, cream colors, and off-whites. (Plain white flowers usually have no visible pigment at all.) Flavonols actually do most of their color absorption in the UV spectrum: they're the plant equivalent of the melanin in human skin, keeping them from getting sunburnt.
Q: I know the difference between the two, but which do you prefer? Which has a better color payoff? And, which do you own more of?
MAC pigments. The color is just so rich and it lasts really long.
Q: what pigment are? give two example
i need example sentences of pigment.. Thanks.. :)
Q: What does it mean when something is highly pigmented?
PIGMENTED = A HIGH SATURATION OF COLOUR
Q: what the book says is that they 'harvest additional wavelengths.' i don't know what this means to how its an advantage.. can somone explain?
Each photon has a particular wavelength, determined by the photon's energy. A pigment such as chlorophyll can only absorb photons in particular wavelength bands, matching the energies of available electron transitions to excited states. For chlorophyll, these bands are in blue and red -- the green color of most leaves is due to the waste light that is not absorbed by chlorophyll, while red and blue photons can be absorbed and used to power photosynthesis. An accessory pigment can absorb a photon that has a wavelength (color) outside of the bands that chlorophyll is able to absorb and can pass some of the absorbed energy on to chlorophyll, getting rid of the excess energy in another form, such as heat. A pigment might be tuned to absorb a photon of yellow light; the absorbed energy, stored in the excited state of an electron, is called an exciton (the photon becomes an exciton, so energy is not created or destroyed). The exciton can be passed to a chlorophyll, but only with the same energy as the red photon that the chlorophyll could normally absorb directly. The excess energy, the difference in energy between the yellow and red photon, must be dissipated in another form. This process allows a plant to harvest photons that would otherwise be unavailable to its photosystems. Consider how this would be an advantage to a plant living on a shaded forest floor, or to a planktonic cyanobacteria floating in the water below other photosynthetic algae, in regions where photosynthetically useful photons are scarce.
Q: As in like makeup pigments??????
they are small red dots.. and i know this bcuz i have a disease called shambergs disease where you get small little pigments on your legs and they look like bruises.. the doctor calls them red ink dots but this is a treatable condition.. and i think, by the information you gave on your question, that you have these on your face.. so you should go to your doctor.. and they can prescribe you with an antibiotic that will treat your condition.. Goodluck and i hope this helped you find whatever it was you were looking for. *love always, Brit
Q: how exactly do pigments work? i know that they absorb every color except the one that we see, but what are the exact physics or whatever behind the selective absorption of the light?
Photons are the packets of energy that light delivers. Different colors of light have different amounts of energy in each of the light's photons. So, green light's photons have different amounts of energy from red light's photons. Different materials absorb different amounts of energy via photons very selectively. It has to do with the energy states of the molecules, and the electrons that are in the outer shell.

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