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Lithopone 28%-30% For Paint &Coating  manufacturer direct sell

Lithopone 28%-30% For Paint &Coating manufacturer direct sell

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
20 m.t.
Supply Capability:
2000 m.t./month

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Specifications

white powder pigment Lithopone 28%-30% for paint &coating
1 Timely delivery
2 High quality with best price
3 ISO&SGS qualifed


White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

Characteristics:

High whiteness lithopone is a kind of new-style nontoxic, green, non- pollution lithopone, adopt unique nano technology production, coated by Silicon & Aluminum with characteristic resistance to acid and alkali, higher weathetability, nice optical performance, high whiteness and temperature resistant, strong hiding power and reducing power to prevent from yellow.       

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

Applications: 

Widely used in all paint coating papermaking, printing, ink, medium and low-grade paint coating can be instead of the alternative of titanium dioxide pigment.

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

Specification:

Test  Project

Standard index value

Antholeucin & BaSO4 % (m/m) ≥

99

ZnO% (m/m) ≤

0.3

105°C Volatile%  (m/m) ≤

0.3

Water soluble %  (m/m) ≤

0.3

Sieve residue (63μm mesh)% (m / m) ≤

0.1

Color (compare with standard sample)

Excel

Alkali of the water extract

Neutral

Oil absorption (g/100g) ≤

10

Color power consumption (with standard sample)% ≥

105

Conceal ability (contrast ratio)

Not Lower than 5% standard

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

Notes:

Careful load and unload, be care not pollute or torn the package, avoid rain and insolation during transportation.

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

Store:

Store in ventilated and dry places, pile less than 20 tiers, keep away from goods that can effect the quality of the goods, against damp.

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

Package:

PP woven bag, paper bag net 25 kg, 500 kg, 1000 kg etc, also can be negotiated with the client.

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

packing & shipping terms:

Trade

MOQ1 Ton 
Price
PortXingang Port, China
PaymentL/C,T/T 
Supply Ability4000 Tons/Month 
Payment TermsSample3-5 Working Days
LithoponeWithin 15 Working Days
Packaging25 or 50kg/woven bag or kraft paper or upon request
ShippingBy Sea,Air

 

White Powder Pigment Lithopone 28%-30% For Paint &Coating

 

why choose us:

1. We are factory.we can guarantee production 

2. High quality product

3. Considerate service

4. Efficient work and best quality

5. Products can be custom-made

6. Professional marketing team

Q:i also need the color they are links would be great if you know a good one
anthocyanis Xanthocyanins These are the reds and yellows you see in the fall when the green leaves turn colors
Q:thank you very much for your help!
it gives nutrients to the plantsfood to all the parts of the plants.
Q:do all leaves extract contain the same pigments??why?
Absolutely not. Leaf pigments, just to name a few, may include chlorophyll, carotenes, lutein, anthocyanins. Not only will pigment content vary between plant species, but pigment content will vary in individual plants seasonally.
Q:how to prepare coloured pigments?
Chemically, pigments fall into a number of large groups, but these are often arbitrarily divided into two major groups. The first group comprises pigments that contain nitrogen; it includes hemoglobins, chlorophylls, bile pigments, and dark-colored pigments called melanin, widespread in many animal groups and the chemical that is responsible for variations in the color of human skin. Related to melanins are the indigoids, of which the well known plant pigment indigo is an example. Riboflavin, which is also known as vitamin B12, is one of a number of pale yellow to green pigments that are produced by several plant groups. The second group is formed of pigments without nitrogen. Carotenoids are members of this group, as are the important plant pigments called flavonoids. In leaves, flavonoids selectively admit light wavelengths that are important to photosynthesis, while blocking out ultraviolet light, which is destructive to cell nuclei and proteins. Flavonoids are also important in flower color, in particular providing red and blue pigments. Bright fall colors are produced by the conversion of colorless flavonoids, called flavonols, into colored forms, called anthocyanins. Quinones provide many yellow, red, and orange pigments, including several useful dyes derived from insects that feed on plants containing the quinones. Cochineal, for example, is a red pigment obtained from the fat cells of scale insects that feed on cactus plants.
Q:So i'm writing up a lab report and i'm just a little confused on why scarlet, rosy, cinnabar and vermillion mutants contain the same kinds and amounts of pigments found in wild-type according to paper chromatography. Since they're mutants shouldn't it be different? I don't understand how i'm going to explain that they are mutants when it appears that they have the same phenotype as wild-type. Thank you so much for your help!
Man pigments determine the colour of the eye. If the composition of pigments is same in all the flies,how can the colour in which their eyes look differ?isn't this a contradiction?i suspect the accuracy of The chromatography test because even a very very slight change in the amount of pigment can significantly change the colour. The phenotype is always different in mutants due to different genotype. in genotype is taken for granted if a change in phenotype is present. Wait just got over into a nice point. Sometimes even if the pigment composition being same different colours m8 be produced due to different allotropes or iro of the same pigment might have different colours!though allotropes(not isomers) have same composition but differ in,their post translational changes r different.since post translational changes r indirectly influenced by genes.this completely explains this case.
Q:Explain why plants need a variety of pigments to carry out photosynthesis?
flora must be conscious of distinctive wavelengths of light which each and each and each soak up terrific at a definite pigment. this would enable the main potential to be transfered to the plant with a vast spectrum of light.
Q:Explain light activation of pigments (absorption of light by pigments)?
A pigment is a substance that imparts color by absorbing some frequencies of visible light but not others. For instance, there are a lot of substances that absorb ultraviolet light into the visible spectrum, in other words they also absorb plain violet light. Since they absorb violet light but reflect back the rest of light, they appear yellow. Purple pigments, on the other hand, are quite rare because they absorb purple light (which has the highest energy of visible light) and reflect back everything else. When anything absorbs a photon of electromagnetic radiation (light, x-rays, ultraviolet, infrared, microwaves, gamma rays, radio waves), it is activated which means that it takes the energy of the photon and goes to an energy state that is higher by the same amount of energy that was in the photon. At the molecular level, energy is quantized, meaning its restricted to particular states. For instance, vibrational energy corresponds to infrared light: there are only certain ways, called modes, that a molecule can vibrate in, if it can't vibrate in an appropriate mode, it can't absorb the infrared radiation that corresponds to being promoted to that mode. That's why substances can be transparent. At the higher energy state, the substance might be able to participate in chemical reactions that it would not be able to participate in in a lower state. That's usually what is meant by light activation. So a pigment that absorbs visible or UV light might become activated and react with something or react in ways that it wouldn't be able to in the dark.
Q:Can somebody answer this in AP BIO language please
A pigment molecule absorbs at specific wavelength(s), meaning that when light of a specific wavelength is incident to the molecule only certain wavelengths are absorbed while others are transmitted. The spectrophotometer emits monochromatic light (light of only one wavelength) which passes through the pigment molecule and a detector determines the amount of light that is either absorbed or transmitted by the sample. This is done at wavelengths from the UV (180-330 nm) to the visible (330-700 nm) and the light that is either transmitted or absorbed is detected by the spectrophotometer and is able to be graphed with absorbance representing the y-axis and wavelength representing the x-axis. The resultant graph will depict the absorption spectrum of that particular pigment molecule. Hope that helps.
Q:Know this ounds kinda obvious but just wanted to confirm, is there more pigment in the middle of the beetroot than on the edges?
I've known it to be in the skin and thats from a cooking point of view.
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

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