Waterproof high light ink jet printing medium

An inkjet printing and media technology, used in printing, specialty paper, textiles and papermaking, etc., can solve problems such as reduced surface gloss, cracks, gloss drying speed is not described, etc.

Inactive Publication Date: 2004-11-10
CHINA LUCKY FILM CORP +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The recording material is less waterproof due to the hydrophilic gelatin contained in the cover layer
[0005] Such an inkjet recording sheet is disclosed in Chinese patent CN1393346. The recording sheet is coated with an ink receiving layer and a glossiness adjustment layer on the substrate. The ink receiving layer contains organic acid metal salts and cationic color fixing agents to improve light resistance and Ozone resistance, but no description of gloss and post-print drying speed
[0006] Chinese patent CN1388008 discloses an inkjet recording material, which is two or more layers of ink-receiving layers on a waterproof carrier and a back coating mainly containing organic polymers, wherein the receiving layer contains 3 to 30 primary

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0034] formula:

[0035] PVA (polymerization degree 1700, fully hydrolyzed) 2.6g

[0036] Aluminum oxide 23.40g

[0037] (Particle size 8 nanometers, specific surface area 180m 2 / g, particle shape is parallelogram)

[0038] Acetic acid 0.02g

[0039] JK-330 (trade name, produced by Mingcheng Chemical Co., Ltd.) 6.4g

[0040] Boric acid 0.05g

[0041] Silicone surfactant L-7604 (trade name, produced by Konica) 0.03g

[0042] Deionized water 67.50g

[0043] operate:

[0044]Weigh 13.65g of deionized water, add it into a stainless steel bucket, then sprinkle 2.6g of PVA into the water under stirring, continue to stir for 1 hour, start to heat up to 93°C, maintain it for 1 hour, cool down to room temperature, and obtain a PVA solution; According to the formula, add the remaining amount of deionized water (53.85g) into the stainless steel bucket, add 0.02g of acetic acid, stir evenly, add 23.40g of alumina, continue to stir for 1 hour, and then use a high-speed shear dispe...

Embodiment 2

[0046] formula:

[0047] PVA 2.3g

[0048] (polymerization degree 2400, complete hydrolysis, silanol modification)

[0049] Silica 23.0g

[0050] (Particle size 10 nanometers, specific surface area 150m 2 / g, particle shape is spherical)

[0051] Sodium hexametaphosphate 0.02g

[0052] JK-330 (trade name, produced by Mingcheng Chemical Co., Ltd.) 6.4g

[0053] Melamine resin 0.05g

[0054] L-7604 (silicon-based surfactant) 0.03g

[0055] Titanium Lactate 0.05g

[0056] Water 68.15g

[0057] operate:

[0058] Weigh 12.07g of deionized water, add it into a stainless steel bucket, then sprinkle 2.3g of PVA into the water under stirring, continue to stir for 1 hour, start to heat up to 95°C, maintain it for 1 hour, cool down to room temperature, and obtain a PVA solution; According to the formula, add the remaining amount of deionized water (56.08g) into a stainless steel bucket, add 0.02g of sodium hexametaphosphate, stir well, add 23g of silicon dioxide, continue stirr...

Embodiment 3

[0060] formula:

[0061] PVA (degree of polymerization 4000, fully hydrolyzed) 2.4g

[0062] Aluminum oxide 36.0g

[0063] (Particle size 15 nanometers, specific surface area 200m 2 / g, particle shape is parallelogram)

[0064] Acetic acid 0.03g

[0065] JK-330 (trade name, produced by Mingcheng Chemical Co., Ltd.) 6.4g

[0066] Boric acid 0.05g

[0067] Silicone Surfactant L-7604 0.03g

[0068] Titanium Lactate 0.05g

[0069] Water 54.04g

[0070] operate:

[0071] Weigh 12.6g of deionized water, add it into a stainless steel bucket, then sprinkle 2.4g of PVA into the water under stirring, continue stirring for 1 hour, start to heat up to 90°C, maintain for 1 hour, cool down to room temperature, and obtain a PVA solution; According to the formula, the remaining amount of deionized water (42.44g) is added to the stainless steel barrel, 0.03g of acetic acid is added, stirred evenly, 36g of alumina is added, and the stirring is continued for 1 hour to pre-disperse, and ...

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Abstract

The invention relates to an ink jet printing medium, especially relating to a waterproof strong-light ink jet printing medium, which includes supporter and ink-absorbing layer, and its characteristic: the ink-absorbing layer contains inorganic pigment and adhesive at particle size 8-15 nanometer and specific surface area 150-200 sq m/g, and it can both absorb dye ink and both pigment ink, and has high glossiness surface, and after printing, it dries rapidly, waterproof, and anti-blotting.

Description

technical field [0001] The invention relates to an ink-jet printing medium, in particular to a waterproof high-gloss ink-jet printing medium. technical background [0002] In recent years, due to the overall development of electronic technology, the storage capacity of digital images has gradually increased, and the color printing images have also increased, and the technology of color printing images has also developed rapidly. [0003] Inkjet printing technology has been gradually popularized and expanded in the field of color image printing in recent years due to its characteristics such as easy colorization, low noise, no pollution, and low price. With the improvement of inkjet technology, the ink droplets of inkjet printers are getting smaller and higher, and the resolution is getting higher and higher. The quality of printed images is gradually approaching the level of silver salt photos. In order to improve efficiency, the printing speed is getting faster and faster. ...

Claims

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Application Information

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IPC IPC(8): B41J2/005B41M5/00D21H27/30
Inventor 张丽惠刘丽英
Owner CHINA LUCKY FILM CORP
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