CN204020156U - A kind of anti-static polyester film - Google Patents
A kind of anti-static polyester film Download PDFInfo
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- CN204020156U CN204020156U CN201420125811.XU CN201420125811U CN204020156U CN 204020156 U CN204020156 U CN 204020156U CN 201420125811 U CN201420125811 U CN 201420125811U CN 204020156 U CN204020156 U CN 204020156U
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Abstract
The utility model relates to a kind of anti-static polyester film, it is characterized in that, it comprises ABC three-decker, described B layer is intermediate core layer, A layer is upper epidermis antistatic layer, and C layer is layer antistatic layer, and described B layer thickness accounts for 60 ~ 80%, described A layer thickness accounts for 10 ~ 20%, and described C layer thickness accounts for 10 ~ 20%.The utility model by select modified synthesis containing organometallic cation and silica PET material as antistatic adhesion-resistant additive and adopt special producing technique to change the degree of crystallinity of the structure of BOPET polyester film and the total crystalline rate of production process and final products, thus polyester molecule structure is changed, reach glossiness good, normal mist degree, anlistatig effect, have again reasonable Kekelé structure count simultaneously.
Description
Technical field
The utility model relates to extra package film fabrication techniques, and it relates to a kind of anti-static polyester film.
Background technology
Biaxially oriented polyester film (english abbreviation: BOPET) belongs to high insulation class material, ten quadratic powers of its volume resistance 10, in processing, application, easily produce also Accumulating charge form electrostatic, and cause all drawbacks, commodity packaged by transparent packing bag, when upper shelf gondola sales, can give a dinner of welcome because of electrostatic and reduce the transparency of packaging, reduce the bandwagon effect of commodity; Packing film adds man-hour in printing, affects printing quality and even security against fire accident may be caused to occur due to the static discharge of film.Antistatic film, one of the primary condition being able to trouble-free operation of high-speed packaging production line often, special needs should be mentioned that, developing rapidly in recent years along with I T industry, integrated circuit, assembly and goods thereof, also the cheap and good-quality packed in thin film of a large amount of employing, if adopt the blister-pack easily producing electrostatic, the accumulation of static electricity that film can produce because of electromagnetic induction and friction, to the electrion because producing such as various sensitive electronic element, instrument and meter, packaging commodity are destroyed, causes great economic loss
Therefore antistatic film, as a commercial variety of functional plastic packing film, extremely people pay close attention to, and obtain very fast development.
Packaging market particularly household electrical appliance, lamp ornaments lighting, Fashion and Accessories, computer, precision instrument etc., increasing to the demand of anti-static polyester film in recent years.In addition anti-static polyester film is also widely used in Advertisement label, highway transportation, security protection industry, electrical industry and is used as label etc.Therefore the development of anti-static polyester film is carried out, can the technical merit of significant increase China mylar industry, improve the technological element of a product and added value, optimize the structure of production further, the structural adjustment of promotion industry, for enterprise creates good economic benefit, simultaneously to raising people produce and living standard significant.
Utility model content
The utility model for polyester film in prior art rolling and cut, Downstream processing, easily produce electrostatic in product use procedure to gather and cause the shortcoming such as inconvenience and potential safety hazard, provide a kind of by selecting the material such as organometallic cation and silica as antistatic, anti-stickly connect additive and adopt special producing technique to change the degree of crystallinity of the structure of BOPET polyester film and the total crystalline rate of production process and final products, thus polyester surface molecular structure is changed, reach and keep original high gloss, the basis of high transmission rate physical property possess a kind of anti-static polyester film and the preparation method of anlistatig effect.
In order to solve the problems of the technologies described above, the utility model is solved by following technical proposals:
A kind of anti-static polyester film, comprise ABC three-decker, described B layer is intermediate core layer; A layer is upper epidermis antistatic layer, and C layer is layer antistatic layer, and described B layer thickness accounts for 60% ~ 80%, and described A layer thickness accounts for 10% ~ 20%, and described C layer thickness accounts for 10% ~ 20%.
Described A layer thickness is preferably 15%.
Described B layer thickness is preferably 70%.
Described C layer thickness is preferably 15%.
The material of described A layer comprises antistatic adhesion-resistant polyester slice and super bright PET chips.
The material of described B layer is super bright PET chips.
The material of described C layer comprises antistatic adhesion-resistant polyester slice and super bright PET chips.
Described A layer is upper epidermis antistatic layer, and the constituent mass percentage of raw material is
Antistatic adhesion-resistant polyester slice 5 ~ 10%
Super bright PET chips 90 ~ 95%
Described C layer is layer antistatic layer, and the constituent mass percentage of raw material is
Antistatic adhesion-resistant polyester slice 5 ~ 10%
Super bright PET chips 90 ~ 95%
Described antistatic adhesion-resistant polyester slice is select organometallic cation and silica as the polyester slice of antistatic adhesion-resistant additive, wherein the molecular particle size of silica is 2 ~ 3um, content is 5000ppm (ppm is 1,000,000/), organometallic cation 300ppm (ppm is 1,000,000/).
Described organometallic cation is specially magnesium acetate.
Titanium dioxide (the TiO of described super bright PET chips
2) content is zero.
A kind of anti-static polyester film preparation method, comprises the following steps:
(1) after the antistatic adhesion-resistant polyester slice of upper and lower top layer antistatic layer and the mixing of super bright PET chips and the super bright PET chips of intermediate core layer send into three-layer co-extruded biaxial tension equipment (i.e. three-layer co-extruded bidirectional stretching production line) respectively;
(2) polyester slice of upper and lower top layer antistatic layer and intermediate core layer is extruded melting at 260 ~ 280 DEG C, melt generates PET sheet through less than 30 DEG C cooling slabs;
(3) PET sheet of casting is through 80 ~ 100 DEG C of preheating longitudinal stretchings and less than 35 DEG C temperature cooling and shapings;
(4) PET sheet is again by 86 ~ 110 DEG C of preheating cross directional stretch and 150 ~ 200 DEG C of sizing crystallization treatment;
(5) eventually pass traction removing slitter edge, sided corona treatment, detection thickness carries out the anti-static polyester film that obtained thickness 23um ~ 75um is batched in rolling again.
Described B layer intermediate core layer, is extruded by main extruder-single screw extrusion machine; A layer and C layer and upper and lower top layer antistatic layer, by subsidiary extruder---double screw extruder is extruded.
The quality of materials ratio that described main extruder and two subsidiary extruder are extruded is 60 ~ 80: 10 ~ 20: 10 ~ 20.
In the market of polyester slice, the printed words such as " having light greatly ", " half delustring " and " having light " are all for the titanium dioxide (TiO in polyester slice
2) content.Content of titanium dioxide in (Yizheng Fiber Optical plant is also called " super have the light ") polyester slice that " has light greatly " is zero; Content of titanium dioxide in the polyester slice that " has light " is 0.10%; Content of titanium dioxide in " half delustring " polyester slice is (0.32 ± 0.03) %; Content of titanium dioxide in " full-dull " polyester slice is 2.4% ~ 2.5%.PET is PETG.
Additive is connected with organometallic cation and silica as anti-stick in anti-static polyester film system of the present utility model, the anti-stick additive that connects replacing original polyester film to adopt is as silica, titanium dioxide, barium sulfate, calcium phosphate, high territory etc., the antistatic effect of anti-static polyester film is determined by 1 physical property, i.e. specific insulation or surface resistivity.They depend on the number of film surface organometallic cation particle.Adopt the antistatic adhesion-resistant polyester slice of organometallic cation and silica synthesis and PET to surpass bright PET chips, then application special source materials formula and production technology prepare anti-static polyester film, can effectively solve film and easily produce electrostatic problem.By adopting three-layer co-extruded stretch processes, control the main and auxiliary extruder ratio of film, thus arrive control thin film crystallization speed, by stretching, shaping and last handling process, with the anti-static polyester film of obtained high gloss, high transmission rate.Simultaneously in order to control the production stability of film, we adjust the ratio of longitudinal stretching, cross directional stretch, temperature and the concrete technology parameter such as air quantity, infrared heating power, finally to obtain the anti-static polyester film product of target call.
The utility model by select modified synthesis containing organometallic cation and silica PET material as antistatic adhesion-resistant additive and adopt special producing technique to change the degree of crystallinity of the structure of BOPET polyester film and the total crystalline rate of production process and final products, thus polyester molecule structure is changed, reach glossiness good, normal mist degree, anlistatig effect, have again reasonable Kekelé structure count simultaneously.
Accompanying drawing explanation
Fig. 1 structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with detailed description of the invention, the utility model is described in further detail:
Embodiment 1
A kind of anti-static polyester film, comprise ABC three-decker, described B layer is intermediate core layer, and material is super bright PET chips; A layer is upper epidermis antistatic layer, and material comprises antistatic adhesion-resistant polyester slice and super bright PET chips; C layer is layer antistatic layer, and material comprises antistatic adhesion-resistant polyester slice and super bright PET chips.
A layer and C are upper and lower top layer antistatic layer, and material has the component of following mass percent: the antistatic adhesion-resistant polyester slice of 5 ~ 10% and the super bright PET chips of 90% ~ 95%.Titanium dioxide (the TiO of super bright PET chips
2) content is zero.B layer thickness accounts for 60% ~ 80%, A layer thickness and accounts for 10% ~ 20%, C layer thickness and account for 10% ~ 20%.
In C layer layer antistatic layer, antistatic adhesion-resistant polyester slice is select organometallic cation and silica as the polyester slice of antistatic adhesion-resistant additive, wherein the molecular particle size of silica is 2 ~ 3um, and content is 5000ppm, organometallic cation 300ppm.
A kind of anti-static polyester film preparation method, comprises the following steps:
The antistatic adhesion-resistant polyester slice of a, upper and lower top layer antistatic layer and super bright PET chips mixing super bright PET chips that is rear and intermediate core layer send into three-layer co-extruded biaxial tension equipment respectively;
B, the polyester slice of upper and lower top layer antistatic layer and intermediate core layer is extruded melting at 260 ~ 280 DEG C, melt generates PET sheet through less than 30 DEG C cooling slabs;
C, the PET sheet of casting are through 80 ~ 100 DEG C of preheating longitudinal stretchings and less than 35 DEG C temperature cooling and shapings;
D, PET sheet are again by 86 ~ 110 DEG C of preheating cross directional stretch and 150 ~ 200 DEG C of sizing crystallization treatment;
E, eventually pass traction removing slitter edge, sided corona treatment, detection thickness carries out the anti-static polyester film that obtained thickness 23um ~ 75um is batched in rolling again.
The utility model selects organometallic cation and silica as the polyester slice of antistatic adhesion-resistant additive as antistatic adhesion-resistant polyester slice by adopting, and as A layer and C after mixing with super bright PET chips, on, layer antistatic layer, can effectively and B layer be that the super bright PET chips of intermediate core layer merges, obtained thickness 23um ~ 75um anti-static polyester film, thin film is glossy > 130%, light transmittance > 88%, mist degree < 3.5%, specific insulation is 10
11Ω effectively improves polyester film Kekelé structure count resistivity 10
11the shortcoming of Ω.
Intermediate core layer is extruded by main extruder-single screw extrusion machine; Upper and lower top layer antistatic layer, by subsidiary extruder---double screw extruder is extruded.The quality of materials ratio that main extruder and two subsidiary extruder are extruded is 60 ~ 80: 10 ~ 20: 10 ~ 20.By adopting three-layer co-extruded stretch processes, control the main and auxiliary extruder ratio of film, thus arrive control thin film crystallization speed, by stretching, shaping and last handling process, with obtained anti-static polyester film.
Embodiment 2
A preparation method for anti-static polyester film, component composition by weight percentage:
Be 90% surpass bright PET chips and 10% antistatic antistatic adhesion-resistant polyester slice by mass percentage by assisting the pulp furnish of double screw extruder (A layer), raw material is extruded by sending into extruder after accurate measurement mixing; The pulp furnish of main extruder (B layer) is 100% surpass bright PET chips by mass percentage, and raw material is extruded by sending into main extruder after accurate measurement; The pulp furnish of auxiliary double screw extruder (C layer) is 90% surpass bright PET chips and 10% antistatic adhesion-resistant polyester slice by mass percentage, and raw material is extruded by sending into extruder after accurate measurement mixing.The mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 10: 80: 10,23um film A layer antistatic layer anti-stick interconnect layer thickness be the antistatic anti-sticking layer thickness of 2.3um, C layer is 2.3um.
The polyester slice of component composition is extruded melting at 275 DEG C by weight percentage, melt becomes sheet material through less than 30 DEG C cooling slabs, longitudinal stretching is carried out to the PET sheet of casting, longitudinal stretching preheating, draft temperature is 92 DEG C, stretching ratio is 3.5 times, after longitudinal stretching below 35 DEG C temperature cooling and shaping, then cross directional stretch is carried out, cross directional stretch preheating, draft temperature is 108 DEG C, stretching ratio is 3.7 times, at 198 DEG C of temperature, shaping film crystallization treatment is carried out respectively after biaxial tension, cool under 80 DEG C and normal temperature wind again, the film cooled down is by Traction Station flash trimming, corona, detect the last rollings such as thickness and obtain the anti-static polyester film that gross thickness is 23um, this anti-static polyester film top layer (A layer) is antistatic anti-sticking layer, containing 90% surpassing bright PET chips and 10% antistatic, antiblocking agent polyester slice, intermediate layer (B layer) is containing 100% surpassing bright PET chips, antistatic anti-sticking layer (C layer) is containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice.
Embodiment 3
The difference of the present embodiment and embodiment 2 is: the mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 15: 70: 15,23um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 3.45um, C layer is 3.45um.
Embodiment 4
The difference of the present embodiment and embodiment 2 is mainly: the mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 20: 60: 20,23um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 4.6um, C layer is 4.6um.
The polyester slice of component composition is extruded melting at 270 DEG C by weight percentage, melt becomes sheet material through less than 30 DEG C cooling slabs, longitudinal stretching is carried out to the PET sheet of casting, longitudinal stretching preheating, draft temperature is 90 DEG C, stretching ratio is 3.5 times, after longitudinal stretching below 35 DEG C temperature cooling and shaping, then cross directional stretch is carried out, cross directional stretch preheating, draft temperature is 100 DEG C, stretching ratio is 3.7 times, at 180 DEG C of temperature, shaping film crystallization treatment is carried out respectively after biaxial tension, cool under 80 DEG C and normal temperature wind again, the film cooled down is by Traction Station flash trimming, corona, detect the last rollings such as thickness and obtain the anti-static polyester film that gross thickness is 23um.
This anti-static polyester film top layer (A layer) is antistatic anti-sticking layer, containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice; Intermediate layer (B layer) is containing 100% surpassing bright PET chips; Antistatic anti-sticking layer (C layer) is containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice.
The correlated performance of the anti-static polyester film that the present embodiment obtains is according to ASTM D standard, and the haze meter adopting German BYK-Gardner GmbH company to produce, Grossmeters carry out the measurement of mist degree and glossiness and light transmittance; The tensilometer adopting company of LLOYD company of Britain to produce is measured hot strength; PX (J)-1 type baking oven adopting domestic Yancheng chemical fibre equipment factory to produce is measured percent thermal shrinkage.The GEST-121 type volumetric surface Instrument Measuring Resistivity of Carbon Products effects on surface resistivity adopting domestic Beijing Guan Cejing power utilization instrument device Co., Ltd to produce is measured.
As table 1: adopt the antistatic adhesion-resistant polyester slice polyester slice of good cost performance to produce same thin film thickness and production technology, antistatic ester film example comparison sheet is produced in different antistatic anti-sticking layer thickness structure distribution:
Table 1
Embodiment 5
A preparation method for anti-static polyester film, component composition by weight percentage:
Be 95% surpass bright PET chips and 5% organic polymer antiblocking agent polyester slice by mass percentage by assisting the pulp furnish of double screw extruder (A layer), raw material is extruded by sending into extruder after accurate measurement mixing; The pulp furnish of main extruder (B layer) is 100% surpass bright PET chips by mass percentage, and raw material is extruded by sending into main extruder after accurate measurement; The pulp furnish of auxiliary double screw extruder (C layer) is 95% surpass bright PET chips and 5% antistatic adhesion-resistant polyester slice by mass percentage, and raw material is extruded by sending into extruder after accurate measurement mixing.The mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 15: 70: 15,25um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 3.75um, C layer is 3.75um.
The polyester slice of component composition is extruded melting at 260 ~ 280 DEG C by weight percentage, melt becomes sheet material through less than 30 DEG C cooling slabs, longitudinal stretching is carried out to the PET sheet of casting, longitudinal stretching preheating, draft temperature is 80 DEG C, stretching ratio is 3.5 times, after longitudinal stretching below 35 DEG C temperature cooling and shaping, then cross directional stretch is carried out, cross directional stretch preheating, draft temperature is 86 DEG C, stretching ratio is 3.7 times, at 150 DEG C of temperature, shaping film crystallization treatment is carried out respectively after biaxial tension, cool under 80 DEG C and normal temperature wind again, the film cooled down is by Traction Station flash trimming, corona, detect the last rollings such as thickness and obtain the anti-static polyester film that gross thickness is 25um, this anti-static polyester film top layer (A layer) is antistatic anti-sticking layer, containing 95% surpassing bright PET chips and 5% antistatic adhesion-resistant polyester slice, intermediate layer (B layer) is containing 100% surpassing bright PET chips, antistatic anti-sticking layer (C layer) is containing 95% surpassing bright PET chips and 5% antistatic adhesion-resistant polyester slice.
Embodiment 6
A preparation method for anti-static polyester film, component composition by weight percentage:
Be 92% surpass bright PET chips and 8% antistatic adhesion-resistant polyester slice by mass percentage by assisting the pulp furnish of double screw extruder (A layer), raw material is extruded by sending into extruder after accurate measurement mixing; The pulp furnish of main extruder (B layer) is 100% surpass bright PET chips by mass percentage, and raw material is extruded by sending into main extruder after accurate measurement; The pulp furnish of auxiliary double screw extruder (C layer) is 92% surpass bright PET chips and 8% antistatic adhesion-resistant polyester slice by mass percentage, and raw material is extruded by sending into extruder after accurate measurement mixing.The mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 15: 70: 15,30um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 4.5um, C layer is 4.5um.
The polyester slice of component composition is extruded melting at 275 DEG C by weight percentage, melt becomes sheet material through less than 30 DEG C cooling slabs, longitudinal stretching is carried out to the PET sheet of casting, longitudinal stretching preheating, draft temperature is 95 DEG C, stretching ratio is 3.5 times, after longitudinal stretching below 35 DEG C temperature cooling and shaping, then cross directional stretch is carried out, cross directional stretch preheating, draft temperature is 105 DEG C, stretching ratio is 3.7 times, at 180 DEG C of temperature, shaping film crystallization treatment is carried out respectively after biaxial tension, cool under 80 DEG C and normal temperature wind again, the film cooled down is by Traction Station flash trimming, corona, detect the last rollings such as thickness and obtain the anti-static polyester film that gross thickness is 30um, this anti-static polyester film top layer (A layer) is antistatic anti-sticking layer, containing 92% surpassing bright PET chips and 8% antistatic adhesion-resistant polyester slice, intermediate layer (B layer) is containing 100% surpassing bright PET chips, antistatic anti-sticking layer (C layer) is containing 92% surpassing bright PET chips and 8% antistatic adhesion-resistant polyester slice.
Embodiment 7
The main distinction of the present embodiment and embodiment 6 is, the mass ratio that main extruder and two auxiliary double screw extruder material extruded materials are extruded is 15: 70: 15,36um film A layer antistatic anti-sticking layer thickness is the antistatic anti-sticking layer thickness of 5.4um, C layer is 5.4um.
The polyester slice of component composition is extruded melting at 260 ~ 280 DEG C by weight percentage, melt becomes sheet material through less than 30 DEG C cooling slabs, longitudinal stretching is carried out to the PET sheet of casting, longitudinal stretching preheating, draft temperature is 82 DEG C, stretching ratio is 3.5 times, after longitudinal stretching below 35 DEG C temperature cooling and shaping, then cross directional stretch is carried out, cross directional stretch preheating, draft temperature is 88 DEG C, stretching ratio is 3.7 times, at 162 DEG C of temperature, shaping film crystallization treatment is carried out respectively after biaxial tension, cool under 80 DEG C and normal temperature wind again, the film cooled down is by Traction Station flash trimming, corona, detect the last rollings such as thickness and obtain the anti-static polyester film that gross thickness is 36um, this anti-static polyester film top layer (A layer) is antistatic anti-sticking layer, containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice, intermediate layer (B layer) is containing 100% surpassing bright PET chips, antistatic anti-sticking layer (C layer) is containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice.
The correlated performance of the anti-static polyester film that the present embodiment obtains is according to ASTM D standard, and the haze meter adopting German BYK-Gardner GmbH company to produce, Grossmeters carry out the measurement of mist degree and glossiness and light transmittance; The tensilometer adopting company of LLOYD company of Britain to produce is measured hot strength; PX (J)-1 type baking oven adopting domestic Yancheng chemical fibre equipment factory to produce is measured percent thermal shrinkage.The GEST-121 type volumetric surface Instrument Measuring Resistivity of Carbon Products effects on surface resistivity adopting domestic Beijing Guan Cejing power utilization instrument device Co., Ltd to produce is measured.
Table 2: adopt the antistatic adhesion-resistant polyester slice of good cost performance to produce same antistatic anti-sticking layer thickness structure film thickness and production technology, the antistatic ester film example comparison sheet that different-thickness is produced is as follows;
Table 2
Embodiment 8
The main distinction of the present embodiment and embodiment 2 is: the mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 15: 70: 15,42um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 6.3um, C layer is 6.3um.
The polyester slice of component composition is extruded melting at 272 DEG C by weight percentage, melt becomes sheet material through less than 30 DEG C cooling slabs, longitudinal stretching is carried out to the PET sheet of casting, longitudinal stretching preheating, draft temperature is 93 DEG C, stretching ratio is 3.45 times, after longitudinal stretching below 35 DEG C temperature cooling and shaping, then cross directional stretch is carried out, cross directional stretch preheating, draft temperature is 105 DEG C, stretching ratio is 3.7 times, at 186 DEG C of temperature, shaping film crystallization treatment is carried out respectively after biaxial tension, cool under 80 DEG C and normal temperature wind again, the film cooled down is by Traction Station flash trimming, corona, detect the last rollings such as thickness and obtain the anti-static polyester film that gross thickness is 42um, this anti-static polyester film top layer (A layer) is antistatic anti-sticking layer, containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice, intermediate layer (B layer) is containing 100% surpassing bright PET chips, antistatic anti-sticking layer (C layer) is containing 90% surpassing bright PET chips and 10% antistatic adhesion-resistant polyester slice.
Embodiment 9
The difference of the present embodiment and embodiment 2 is mainly: the mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 15: 70: 15,50um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 7.5um, C layer is 7.5um.
Embodiment 10
The difference of the present embodiment and embodiment 2 is mainly: the mass ratio that main extruder and two auxiliary double screw extruder materials are extruded is 15: 70: 15,75um film A layer antistatic anti-sticking layer thickness be the antistatic anti-sticking layer thickness of 11.25um, C layer is 11.25um.
The correlated performance of the anti-static polyester film that the present embodiment obtains is according to ASTM D standard, and the haze meter adopting German BYK-Gardner GmbH company to produce, Grossmeters carry out the measurement of mist degree and glossiness and light transmittance; The tensilometer adopting company of LLOYD company of Britain to produce is measured hot strength; PX (J)-1 type baking oven adopting domestic Yancheng chemical fibre equipment factory to produce is measured percent thermal shrinkage.The GEST-121 type volumetric surface Instrument Measuring Resistivity of Carbon Products effects on surface resistivity adopting domestic Beijing Guan Cejing power utilization instrument device Co., Ltd to produce is measured.
Table 3: adopt the antistatic adhesion-resistant polyester slice polyester slice of good cost performance to produce same thickness qualities than structure, the antistatic ester film example comparison sheet that different-thickness and drawing process are produced:
Table 3
The above is only preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, without departing from the concept of the premise utility; can also make some improvements and modifications, these improvements and modifications also should be considered as in protection domain of the present utility model.
Claims (4)
1. an anti-static polyester film, it is characterized in that, it comprises ABC three-decker, described B layer is intermediate core layer, A layer is upper epidermis antistatic layer, and C layer is layer antistatic layer, and described B layer thickness accounts for 60 ~ 80%, described A layer thickness accounts for 10 ~ 20%, and described C layer thickness accounts for 10 ~ 20%;
The material of described B layer is super bright PET chips.
2. a kind of anti-static polyester film as claimed in claim 1, is characterized in that, described A layer thickness is 15%.
3. a kind of anti-static polyester film as claimed in claim 1, is characterized in that, described B layer thickness is 70%.
4. a kind of anti-static polyester film as claimed in claim 1, is characterized in that, described C layer thickness is 15%.
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| CN201420125811.XU CN204020156U (en) | 2014-03-12 | 2014-03-12 | A kind of anti-static polyester film |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105058939A (en) * | 2015-07-21 | 2015-11-18 | 陈啟文 | Environment-friendly polyester film and preparation method thereof |
| CN110682649A (en) * | 2018-07-04 | 2020-01-14 | 康利源科技（天津）股份有限公司 | PET film structure and production process |
-
2014
- 2014-03-12 CN CN201420125811.XU patent/CN204020156U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105058939A (en) * | 2015-07-21 | 2015-11-18 | 陈啟文 | Environment-friendly polyester film and preparation method thereof |
| CN110682649A (en) * | 2018-07-04 | 2020-01-14 | 康利源科技（天津）股份有限公司 | PET film structure and production process |
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