CN1195683A - Hot roller surface coating material and its preparing method - Google Patents
Hot roller surface coating material and its preparing method Download PDFInfo
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- CN1195683A CN1195683A CN97103948A CN97103948A CN1195683A CN 1195683 A CN1195683 A CN 1195683A CN 97103948 A CN97103948 A CN 97103948A CN 97103948 A CN97103948 A CN 97103948A CN 1195683 A CN1195683 A CN 1195683A
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Abstract
The present invention discloses a surface coating material for hot drum of copier, laser printer and facsimile machine and its preparation method. It is characterized by that the composition of said coating material includes the following ingredients:yellow clay, mica sheet, titanium dioxide, surfactant, buoyant aluminium-silver powder, polytetrafluoroethylene, polyphenyl thioether and distilled water, and said coating material is made up by means of the following steps: preparing raw materials, mixing, grinding, filtering sand and taking solution. Said invention hot drum surface coating possesses the advantages of resisting high temp., smooth surface, non-scaling, no sticking power, good abrasion-resistance and printing effect and long service life, etc..
Description
The present invention relates to the modern office equipment part and make the field, exactly is a kind of material of making duplicating machine, laser printer and facsimile recorder hot roller surface coating and preparation method thereof that is used to.
Hot-rolling all is housed in duplicating machine, laser printer and the facsimile recorder, it be in this kind equipment major parts, be consumable accessory again, its effect is that transfer printing is being melted in order to the ink powder that forms image on the copy paper and is being fixed on the paper, make it form permanent image, this hot-rolling is to reach the coating of being made by non-metallic material attached to this roller core surface by the roller core that metallic substance is made to constitute, and the machinery of this coated material and physicals directly have influence on the use properties of hot-rolling; At present mainly there is following shortcoming in people's material of being used for making hot roller surface coating: 1, the adhesive ability on coating and roller core surface is relatively poor, easy delamination; 2, coating hardness is lower, and is easy to wear, and work-ing life is short; 3, coatingsurface is more coarse, has reduced printing effect.
The objective of the invention is for people provide a kind of pair roller wicking surface adhesive ability strong, the coating made from it is of close texture, hot roller surface coating material that hardness is high and preparation method thereof.
The object of the present invention is achieved like this, and this coated material is identical by following A, B, three kinds of application targets of C and effect, and comprise the composition proposal formation of same composition feature mutually, now outlines as follows respectively:
Composition proposal A: coated material is made up of the component of following each corresponding content (content is the percentage ratio meter by weight), yellow clay 0.1-7.2%, sheet mica 1-3%, titanium dioxide 1-5%, tensio-active agent (OP-10) 1-6.4%, floating type aluminium powder 3-8%, teflon resin (F46) 13-34.5%, polyphenylene sulfide 9.5-27.5%, distilled water 30-71.7%.
Composition proposal B: coated material is made up of the component of following each corresponding content (content is the percentage ratio meter by weight): the bright red 0.8-3.2% of rubber, red iron oxide 3-17.7%, true yellow powder 1.2-5.7%, teflon resin (F46) 15-35%, distilled water 30-66.2%, tensio-active agent (OP-10) 0.2-6.4%, yellow clay 0.1-1.4%, tributyl phosphate 0.1-7.3%, polyphenylene sulfide 7.8-15%.
Composition proposal C: coated material is made up of the component of following each corresponding content (content is the percentage ratio meter by weight): high wear-resistant carbon black 7.5-28.5%, polyphenylene sulfide 7.6-16%, tributyl phosphate 0.1-12%, distilled water 30-59.2%, tetrafluoroethylene 20-35.8%, tensio-active agent (OP-10) 0.5-7.7%, yellow clay 0.1-8%.
The preparation method of the coated material that above-mentioned relatively A, B, three kinds of composition proposals of C are made into comprises following processing step respectively:
The preparation method of the coated material that is made into by composition proposal A:
A, grinding plant and material are prepared: prepare several grinding pots and some glass sands, and glass sand is put in the grinding pot, the weight capacity ratio between the input weight of assurance glass sand and the internal volume of grinding pot is: 4.17-8.34Kg/m
3
B, starting material are prepared: get all the various starting material ready by each component stated clearly among the above-mentioned coated material composition proposal A and corresponding content thereof, guarantee that each material total weight and the weight capacity ratio that has been equipped with between the grinding pot internal volume summation are: 12.5-15.7Kg/m
3
C, mixed grinding: at first in grinding pot, add distilled water, two kinds of starting material of tetrafluoroethylene (F46), after grinding 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add floating type aluminium powder, yellow clay, three kinds of materials of titanium dioxide, these six kinds of material mixing are ground and were added sheet mica in 5 minutes afterwards, two kinds of materials of tensio-active agent (OP-10), after these eight kinds of material mixing were ground 40 minutes, stop to grind, should guarantee that in process of lapping the temperature of grinding pot water coolant is lower than 40 ℃;
D, filter sand are got liquid: take out mixing liquid with 100-140 mesh sieve filtering glass sand and get final product.
The preparation method of the coated material that is made into by composition proposal B:
A, grinding plant and material are prepared: prepare several grinding pots and some glass sands, and glass sand is put in the grinding pot, the weight capacity ratio between the input weight of assurance glass sand and the internal volume of grinding pot is: 4.17-8.34Kg/m
3
Each component and the corresponding content thereof stated clearly in b, the option b by above-mentioned coated material composition are got all the various starting material ready, guarantee that various materials total weight and the weight capacity ratio that has been equipped with between the grinding pot internal volume summation are: 7.6-9.81Kg/m
3
C, mixed grinding: at first in grinding pot, add distilled water, two kinds of starting material of tetrafluoroethylene (F46), after grinding 5 minutes, add polyphenylene sulfide, these three kinds of material mixing grind add that tributyl phosphate, rubber are bright red after 5 minutes, true yellow powder, four kinds of materials of red iron oxide, after these seven kinds of material mixing were ground 5 minutes, add tensio-active agent (OP-10), two kinds of materials of yellow clay, these nine kinds of material mixing were ground 40 minutes, stop to grind, in process of lapping, should guarantee that the temperature of grinding pot water coolant is lower than 40 ℃;
D, filter sand are got liquid: take out liquid with 100-140 mesh sieve filtering glass sand and get final product.
The preparation method of the coated material that is made into by composition proposal C:
A, grinding plant and material are prepared: prepare several grinding pots and some glass sands and glass sand is put in the grinding pot, guarantee that the weight capacity ratio between the internal volume of the input weight of glass sand and grinding pot is: 4.17-8.34Kg/m
3
B, starting material are prepared: get all the various starting material ready by each component stated clearly among the above-mentioned coated material composition proposal C and corresponding content thereof, guarantee that various materials total weight and the weight capacity ratio that has been equipped with between the grinding pot internal volume summation are: 7.6-9.86Kg/m
3
C, mixed grinding: at first in grinding pot, add distilled water, two kinds of materials of tetrafluoroethylene (F46), after grinding 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add high wear-resistant carbon black, two kinds of materials of tributyl phosphate, after these five kinds of material mixing were ground 5 minutes, add tensio-active agent (OP-10), two kinds of materials of yellow clay, these seven kinds of material mixing are ground and were stopped afterwards in 40 minutes grinding, in process of lapping, should guarantee that the temperature of grinding pot water coolant is lower than 40 ℃;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out liquid and get final product.
After the present invention realized, that the hot-rolling coating made from it has was high temperature resistant, not delamination, wear resisting property is good, coat-thickness (0.02-0.04) even, surface finishing, sticking powder, advantages such as printing effect is good, long service life.
Below the embodiment of the invention is done explanation in further detail.
The preparation embodiment of the coated material that is made into by composition proposal A.
Embodiment one:
A, grinding plant and material are prepared: preparing an internal volume diameter is that 115mm highly is 2900 rev/mins grinding pot for 200mm grinding shaft rotating speed, and getting diameter simultaneously ready is the glass sand 150-300g of 3.5-4.5mm;
B, starting material are prepared: get distilled water 62.1%, tetrafluoroethylene 13%, polyphenylene sulfide 15%, yellow clay 0.1%, titanium dioxide 1%, floating type aluminium powder 6%, sheet mica 1.7%, tensio-active agent 1.1%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add yellow clay, titanium dioxide, floating type aluminium powder, these six kinds of material mixing added sheet mica, tensio-active agent (OP-10) after grinding 5 minutes, after these eight kinds of material mixing were ground 40 minutes, stop to grind;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out fluid mix.
Set the preparation embodiment that expects by the coating that composition proposal A is made into.
Embodiment two:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-300g of 3.5-4.5mm;
B, starting material are prepared: get distilled water 63.3%, tetrafluoroethylene 13.3%, polyphenylene sulfide 15.5%, yellow clay 0.4%, titanium dioxide 1.2%, floating type aluminium powder 3.5%, sheet mica 1%, tensio-active agent 1.8%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenyl thioether material, after these three kinds of material mixing were ground 5 minutes, add yellow clay, titanium dioxide, floating type aluminium powder, these six kinds of material mixing added sheet mica, tensio-active agent (OP-10) after grinding 5 minutes, after these eight kinds of material mixing were ground 40 minutes, stop to grind;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out fluid mix.
The preparation embodiment of the coated material that is made into by composition proposal A.
Embodiment three:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-300g of 3.5-4.5mm;
B, starting material are prepared: get distilled water 34.4%, tetrafluoroethylene 24.5%, polyphenylene sulfide 20%, yellow clay 0.6%, titanium dioxide 5%, floating type aluminium powder 6.5%, sheet mica 3%, tensio-active agent 6%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add yellow clay, titanium dioxide, floating type aluminium powder, these six kinds of material mixing added sheet mica, tensio-active agent (OP-10) after grinding 5 minutes, after these eight kinds of material mixing were ground 40 minutes, stop to grind;
D, filter sand are got liquid: leach glass sand with the 100-140 mesh sieve, take out fluid mix.
The preparation embodiment of the coated material that is made into by composition proposal B.
Embodiment one:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-260g of 3.5-4.5mm;
B, starting material prepare: get that distilled water 52.4%, tetrafluoroethylene 24%, polyphenylene sulfide 10.2%, rubber are bright red 0.9%, true yellow powder 3%, red iron oxide 8.8%, yellow clay 0.4%, tensio-active agent 0.2%, tributyl phosphate 0.1%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add that tributyl phosphate, rubber are bright red, true yellow powder, red iron oxide, these seven kinds of material mixing were ground 5 minutes, added yellow clay, tensio-active agent (OP-10) afterwards, these nine kinds of material mixing were ground 40 minutes, stopped afterwards grinding;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out fluid mix.
The preparation embodiment of the coated material that is made into by composition proposal B.
Embodiment two:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-260g of 3.5-4.5mm;
B, starting material prepare: get that distilled water 30%, tetrafluoroethylene 33%, polyphenylene sulfide 20.1%, rubber are bright red 1.6%, true yellow is sticking 1.2%, red iron oxide 12.7%, tributyl phosphate 0.2%, yellow clay 0.2%, tensio-active agent (OP-10) 1%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add that tributyl phosphate, rubber are bright red, true yellow powder, red iron oxide, these seven kinds of material mixing added yellow clay, tensio-active agent (0P-10) after grinding 5 minutes, after these nine kinds of material mixing were ground 40 minutes, stop to grind;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out liquid and get final product.
The preparation embodiment of the coated material that is made into by composition proposal B.
Embodiment three:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-260g of 3.5-4.5mm;
B, starting material prepare: get that distilled water 21.8%, tetrafluoroethylene 35%, polyphenylene sulfide 24.1%, red iron oxide 14%, yellow clay 0.7%, rubber are bright red 1.7%, tributyl phosphate 0.3%, true yellow powder 2.1%, tensio-active agent (OP-10) 0.3%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add that tributyl phosphate, rubber are bright red, true yellow powder, red iron oxide, these seven kinds of material mixing were ground 5 minutes, added yellow clay, tensio-active agent (OP-10) afterwards, after these nine kinds of material mixing were ground 40 minutes, stop to grind;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out fluid mix.
The preparation embodiment of the coated material that is made into by composition proposal C.
Embodiment one:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-280g of 3.5-4.5mm;
B, starting material are prepared: get distilled water 55.5%, tetrafluoroethylene 27.3%, polyphenylene sulfide 8%, high wear-resistant carbon black 7.5%, tributyl phosphate 0.6%, yellow clay 0.6%, tensio-active agent (OP-10) 0.5%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add high wear-resistant carbon black, tributyl phosphate, these five kinds of material mixing were ground 5 minutes, added yellow clay, tensio-active agent (OP-10) afterwards, and these seven kinds of material mixing are ground and stopped afterwards in 40 minutes grinding;
D, filter sand are got liquid: with 100-140mm mesh sieve filtering glass sand, take out liquid mixture and get final product.
The preparation embodiment of the coated material that is made into by composition proposal C.
Embodiment two:
A, grinding plant and material are prepared: preparing an internal volume diameter 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-280g of 3.5-4.5mm;
B, starting material are prepared: get distilled water 44.1%, tetrafluoroethylene 35.8%, polyphenylene sulfide 8.8%, high wear-resistant carbon black 10%, tributyl phosphate 0.1%, yellow clay 0.6%, tensio-active agent 0.6%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add high wear-resistant carbon black, tributyl phosphate, these five kinds of material mixing were ground 5 minutes, added yellow clay, tensio-active agent (OP-10) afterwards, these seven kinds of material mixing were ground 40 minutes, stopped afterwards grinding;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out liquid mixture.
The preparation embodiment of the coated material that is made into by composition proposal C.
Embodiment three:
A, grinding plant and material are prepared: preparing an internal volume diameter is 115mm, highly is 200mm, and the grinding shaft rotating speed is 2900 rev/mins a grinding pot, and getting diameter simultaneously ready is the glass sand 150-280g of 3.5-4.5mm;
B, starting material are prepared: get distilled water 42.8%, tetrafluoroethylene 35%, polyphenylene sulfide 9.7%, high wear-resistant carbon black 11%, tributyl phosphate 0.3%, yellow clay 0.6%, tensio-active agent 0.6%;
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46) starting material, after these two kinds of material mixing were ground 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add high wear-resistant carbon black, tributyl phosphate material, after these five kinds of materials ground 5 minutes, add yellow clay, tensio-active agent (OP-10), these seven kinds of material mixing are ground and were stopped in 40 minutes grinding;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out liquid mixture.
Claims (6)
1, a kind of hot roller surface coating material, it is characterized in that it is made up of the component of following each corresponding content (percentage ratio meter by weight): yellow clay 0.1-7.2%, sheet mica 1-3%, titanium dioxide 1-5%, tensio-active agent (OP-10) 1-6.4%, floating type aluminium powder 2-8%, teflon resin 13-34.5%, polyphenylene sulfide 9.5-27.5%, distilled water 30-71.7%.
2, prepare the method for the described hot roller surface coating material of claim 1, it is characterized in that, it comprises following processing step:
A, grinding plant and material are prepared: prepare several grinding pots and some glass sands, and glass sand is put in the grinding pot, the weight capacity ratio between the input weight of assurance glass sand and the internal volume of grinding pot is: 4.17-8.34Kg/m
3
B, starting material prepare: get all the various starting material ready by each component stated clearly among the above-mentioned coated material composition proposal A and corresponding content thereof, guarantee various materials add up to weight and grinding pot internal volume fully and between weight capacity ratio be: 12.5-15.7Kg/m
3
C, mixed grinding: at first in grinding pot, add distilled water, two kinds of starting material of tetrafluoroethylene (F46), after grinding 5 minutes, add polyphenylene sulfide, these three kinds of material mixing added yellow clay, floating type aluminium powder, titanium dioxide after grinding 5 minutes, after these six kinds of material mixing were ground 5 minutes, add sheet mica, tensio-active agent (OP-10), after these eight kinds of materials ground 40 minutes, stop to grind, in process of lapping, should guarantee that the temperature of grinding pot water coolant is lower than 40 ℃;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out mixing liquid and get final product.
3, a kind of hot roller surface coating material, it is characterized in that it is made up of the component of following each corresponding content (content is the percentage ratio meter by weight): the bright red 0.8-3.2% of rubber, red iron oxide 3-17.7%, true yellow powder 1.2-5.7%, tetrafluoroethylene 15-35%, distilled water 30-66.2%, tensio-active agent 0.2-6.4%, yellow clay 0.1-1.4%, tributyl phosphate 0.1-7.3%, polyphenylene sulfide 7.8-15%.
4, prepare the method for the described hot roller surface coating material of claim 3, it is characterized in that, it comprises following processing step:
A, grinding plant and material are prepared: prepare several grinding pots and some glass sands, and the weight capacity ratio of glass sand being put between the internal volume of grinding pot is: 4.17-8.34Kg/m
3
B, starting material are prepared: each component stated clearly among the composition proposal B by above-mentioned coated material and corresponding content thereof are got all the various starting material ready, guarantee that various materials total weight and the weight capacity ratio that has been equipped with between the grinding pot internal volume summation are: 7.6-9.81K9/m
3
C, mixed grinding: at first in grinding pot, add distilled water, two kinds of starting material of tetrafluoroethylene (F46), after grinding 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add tributyl phosphate, red iron oxide, bright red, the true yellow powder of rubber, after these seven kinds of material mixing were ground 5 minutes, add tensio-active agent (OP-10), yellow clay, after these nine kinds of material mixing were ground 40 minutes, stop to grind, at process of lapping, should guarantee that the temperature of grinding pot water coolant is lower than 40 ℃;
D, filter sand are got liquid: with 100-140 mesh sieve filtering glass sand, take out liquid and get final product.
5, a kind of hot roller surface coating material, it is characterized in that it is made up of each component of following each corresponding content (content is the percentage ratio meter by weight): high wear-resistant carbon black 7.5-28.5%, polyphenylene sulfide 7.6-16%, tributyl phosphate 0.1-12%, distilled water 30-59.2%, teflon resin (F46) 20-35.8%, tensio-active agent 0.5-7.7%, yellow clay 0.1-8%.
6, prepare the method for the described hot roller surface coating material of claim 5, it is characterized in that, it comprises following processing step:
A, grinding plant and material are prepared: prepare several grinding pots and some glass sands, and glass sand is dropped in the grinding pot, the weight capacity ratio between the input weight of assurance glass sand and the internal volume of grinding pot is: 4.17-8.34Kg/m
3
B, starting material are prepared: get all the various elite tree material ready by each component stated clearly among the above-mentioned coated material composition proposal C and corresponding content thereof, guarantee that various materials total weight and the weight capacity ratio that has been equipped with between the grinding pot internal volume summation are: 7.6-9.86Kg/m
3
C, mixed grinding: at first in grinding pot, add distilled water, tetrafluoroethylene (F46), after grinding 5 minutes, add polyphenylene sulfide, after these three kinds of material mixing were ground 5 minutes, add high wear-resistant carbon black, tributyl phosphate, after these five kinds of material mixing were ground 5 minutes, adding yellow clay, these seven kinds of material mixing of tensio-active agent (OP-10) material were ground and were stopped in 40 minutes grinding, in the process of lapping, should guarantee that the temperature of grinding pot water coolant is lower than 40 ℃;
D, filter sand are got liquid: with 100-140 eye mesh screen filtering glass sand, take out liquid and get final product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97103948A CN1195683A (en) | 1997-04-07 | 1997-04-07 | Hot roller surface coating material and its preparing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97103948A CN1195683A (en) | 1997-04-07 | 1997-04-07 | Hot roller surface coating material and its preparing method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1195683A true CN1195683A (en) | 1998-10-14 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN97103948A Pending CN1195683A (en) | 1997-04-07 | 1997-04-07 | Hot roller surface coating material and its preparing method |
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| CN (1) | CN1195683A (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2005035644A1 (en) * | 2003-10-03 | 2005-04-21 | Bate Thomas J | Electrically conductive non-stick coating |
| CN100413937C (en) * | 2004-08-11 | 2008-08-27 | 西南石油大学 | Petroleum pipe protective coating and its preparation method and uses |
| CN100551980C (en) * | 2007-09-18 | 2009-10-21 | 深圳市明远氟涂料有限公司 | A kind of normal temperature solidifying fluorine-carbon coating for rubber roller |
| CN102391777A (en) * | 2011-09-09 | 2012-03-28 | 长沙理工大学 | Copper-oxide-doped polyphenylene sulfide (PPS) composite paint, and production method, using method and application thereof |
| CN103897514B (en) * | 2012-12-28 | 2016-08-03 | 上海电缆研究所 | A kind of Kapton fluorine-containing coat emulsion |
-
1997
- 1997-04-07 CN CN97103948A patent/CN1195683A/en active Pending
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2005035644A1 (en) * | 2003-10-03 | 2005-04-21 | Bate Thomas J | Electrically conductive non-stick coating |
| US7354648B2 (en) | 2003-10-03 | 2008-04-08 | Akzo Nobel Non-Stick Coatings | Electrically conductive non-stick coating |
| CN100413937C (en) * | 2004-08-11 | 2008-08-27 | 西南石油大学 | Petroleum pipe protective coating and its preparation method and uses |
| CN100551980C (en) * | 2007-09-18 | 2009-10-21 | 深圳市明远氟涂料有限公司 | A kind of normal temperature solidifying fluorine-carbon coating for rubber roller |
| CN102391777A (en) * | 2011-09-09 | 2012-03-28 | 长沙理工大学 | Copper-oxide-doped polyphenylene sulfide (PPS) composite paint, and production method, using method and application thereof |
| CN102391777B (en) * | 2011-09-09 | 2013-04-10 | 长沙理工大学 | Copper-oxide-doped polyphenylene sulfide (PPS) composite paint, and production method, using method and application thereof |
| CN103897514B (en) * | 2012-12-28 | 2016-08-03 | 上海电缆研究所 | A kind of Kapton fluorine-containing coat emulsion |
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