• Iron oxide yellow 810 System 1
Iron oxide yellow 810

Iron oxide yellow 810

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China Main Port
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Quick Details

·         CAS No.: 51274-00-1

·         Other Names: ferric oxide yellow

·         MF: Fe2O3

·         EINECS No.: 257-098-5

·         Place of Origin: China (Mainland)

·         Usage: Ceramic Pigments, Coating Pigment, Cosmetic Pigment, Ink Pigments, Plastic & Rubber Pigment, Leather Pigments, paint and coating

·         Model Number: 810

·         Type: Iron Oxide

·         Style: Inorganic Pigment

·         product: iron oxide yellow pigment 810

·         model: 810

·         style: inorganic pigment

·         color index: P.Y.42(77492)

·         grade: industrial grade

·         tinting strength: 95-105

·         Process: wet method

·         appearance: yellow powder

·         Certificate: ISO9001

Packaging & Delivery

Packaging Details:

25kgs/bag(colored valve bag/craft paper compound bag/plastic woven bag lined with plastic film/); 500kg or 1000kg big bags; 12MT/20'FCL, on wooden pallet; iron oxide yellow pigment

Delivery Detail:

Within 2weeks after receiving the deposit or L/C

Specifications

1 iron oxide yellow powder
2 good covering ability and weather resistance
3 fine dispersion
4.20years factory

1. Properties:

    Strong tingting strength, excellent coverage.

    Good dispersion.
    Good weatherability.

2. Specifications:

Item

Index

Primary color

Diluted color

Iron content (Fe2O3) 105 drying%≥

86

Fineness (325 mesh wet sieve residue)%≤

0.3

Oil absorption, g/100g

25-35

Moisture & 105 volatile%

0.3

Water solubles% ≤

1.0

Water suspended matter PH value

3-7

Relative tinting strength (compared with standard sample%) ≥

100±5

3. Application:

a. paint, coating, plastics, rubber, printing ink industries.

b. The construction materials: concrete, bricks, pavig-blocks, colorful tiles, ect.

4. Packing:

Net weight 25 kg in craft paper bag or knitting bag with plastic liner or as per clients' request. 13 MT/20'FCL

Q: thank you very much for your help!
This Site Might Help You. RE: what is the role of photosynthetic pigments in plants? thank you very much for your help!
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: My wife went to the eye doctor to get new glasses (because she couldn't renew her driver's license with her glasses she had been using), and the doctor said that she wasquot;losing pigment" in both of her eyes. He said not to worry, but he wants her to make an appointment every 6 months, instead of just once a year.What does it (her losing pigment in her eyes) mean? Is it really nothing to worry about?(My wife doesn't seem worried, she hates going to doctor's but she trusts them when she goes to them; she doesn't ask questions-- she feels that if she needed to know something the doctor would tell her.)
Yes, pigment is what gives your eyes color like Insanity said. It has nothing to do with the cornea becoming cloudy or going blind. In fact, it shouldn't affect her vision at all. The reason that the doctor wants to see her often is probably because as the pigment comes off the iris, it flows through the ocular fluid. This fluid follows a certain course through the eye and leaves through something called the trabecular meshwork, kind of like a filter or strainer. The pigment can block this meshwork, causing the pressure in the eye to increase, which can damage the eye. The pigment would have to build up before this happened, though, so don't worry about this happening over night or something. As long as the doctor is checking up on her, I'm sure she will be fine, so make sure she goes in for those checkups. For more information, look up Pigment Dispersion Syndrome.
Q: I love the colours that pigments come in but I don't know how to use them. Is there any easy way?
Pigments can be used the same way as your typical eyeshadows. Sponge applicators allow for a more vivid and intense colour pay off, while using a regular eyeshadow brush gives off a more sheer finish. Pigments can get messy, especially on your face. A good trick to remember is to dust a generous amount of translucent powder under the eye area before using pigments. This way if there is any powder fallout you will be able to sweep it all off without problems.
Q: what pigment are? give two example
pigments found in plants, vegetables and fruits, make them look colorful. pigments found in animal skins, givie us colorful animal skins with variety of shades. Plant pigment Chlorophyll makes plant leaves look green. Plant pigment Carotenoid makes fruits and vegetables look orange, yellow, red. Plant pigment Phycobilin makes plants look bluish green or red.
Q: I am trying to decide what kind of eyeshadow I should but I want something really pigmented and nice.
MAC's eyeshadows are very pigmented, definitely worth the money. They have packed eyeshadows and loose pigments and both are extremely pigmented. I'm sorry for using the word pigmented so much. XD You could also get Urban Decay eyeshadows, those are pigmented as well, but they're usually more expensive than MAC eyeshadows.
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: i was thinking of this all day long and then i thought of posting this question for you to help me sort it out
plant pigments are of types---- LUCOPLAST- colourless, found in roots, collect food.,,, CROMOPLAST-- Of difrent colour (not green), in flowers atract insect for polination, in fruits atract animals for seed dispers,,,,CLOROPLAST-- Convert light energy to chemical energy, in leaves and otner parts....
Q: what roles do pigments have in energy transfer?
Pigments okorder /... When a photon of just the right amount of energy strikes an electron resonating in the pigment, the electron can absorb the photon and get promoted to a higher quantum level. The photon must have just the exact amount of energy to boost the electron from its current level to its new level or it cannot be absorbed. If the incoming photon is just right to promote an electron, in that pigment, the newly energized electron resonates along the bonds at the higher energy level where it can pass to the photosynthetic reaction center from the pigment array, to split water and take back an electron. Meanwhile the chlorophyll's electron passes to the electron transport chain to begin oxidative phophorylation.
Q: In photosynthesis whats the difference between primary and accesory pigments?
yesterday

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