#thefusion

[thoughts-temple-spirit]

[justingreenwood]

Commission round up from #SDCC of some of my favorites. Finally home and recovering. Thanks again to everybody who dropped by, it made for an awesome show. #comics #art #commission #ink #sdcc2017 #wonderwoman #thefuse #harleyquinn #howardtheduck #cable #tankgirl

[jonathanlamantia]

#tbt to the last bit of #sdcc2017 with @justingreenwoodart, who was an awesome neighbor and great guy! Make sure to look for his art in the new #Hamilton #gn that's out this week and while you're at it, pick up a #tpb of #thefuse- 'cause that's damn good too! #sdcc #comiccon #comics #sandiego #art (at Chicago, Illinois)

[thefusionvn]

The Fusion

https://www.the-fusion.vn/ website chính thức bán dự án đất nền The Fusion tại Bà Rịa - Vũng Tàu. Trực tiếp Chủ Đầu Tư. Tại the-fusion.vn bạn có thể xem tiến độ thi công, chính sách và bảng giá dự án The Fusion mới nhất. Được biết dự án The Fusion có quy mô 9.8 ha gồm 415 nền được Công ty Tư vấn Invert Việt Nam phân phối chính thức, đây là đơn vị uy tín trong thị trường bất động sản hiện nay. Liên hệ 09 040506 22; Địa chỉ: Xã Nghĩa Thành, huyện Châu Đức, Bà Rịa - Vũng Tàu; Email: thefusion.info@gmail.com #thefusion Địa chỉ: Xã Nghĩa Thành, huyện Châu Đức, Bà Rịa - Vũng Tàu SĐT: 0904050622 https://www.the-fusion.vn/ https://www.facebook.com/The-Fusion-109325414699157

[taylorapuire8]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[adamsword6]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[swartliar02]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[freayaland6]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[cecilanshofficial-blog]

@sumitsabharwal27 #charcoalsoft #beardlove #beard #mustacheswag #mustaches #charcoaldrawing #charcoal #thefusion #realart #real #art #artistlove (at Chandigarh University)

[tri-report]

Fusion Splicer Market Analysis, Status and Business Outlook 2020 to 2025

The Global Fusion Splicer Market Research Report 2020-2025 is a valuable source of insightful data for business strategists. It provides the industry overview with growth analysis and historical & futuristic cost, revenue, demand, and supply data (as applicable). The research analysts provide an elaborate description of the value chain and its distributor analysis. This Market study provides comprehensive data that enhances the understanding, scope, and application of this report.

The fusion splicer market was valued at USD 631.37 million in 2020 and is expected to reach USD 855.82 million by 2026, at a CAGR of 5% over the forecast period 2021 – 2026.

Top Companies in the Global Fusion Splicer Market: Sumitomo Electric Industries, Furukawa Electric, Fujikura Ltd, Ilsintech Co., Ltd, INNO Instruments Inc, Darkhorsechina (Beijing) Telecom. Tech. Co., Ltd., China Electronics Technology Group Corporation, Nanjing Jilong Optical Communication Co., Ltd, Nanjing DVP O.E. Tech. Co., Ltd., Shenzhen Ruiyan Communication Equipment Co., Ltd And Other

Click the link to get a Sample Copy of the Report: (Special Offer: Available Flat 30% Discount for a limited time only):

https://www.reportsnmarkets.com/request_sample.php?id=96950

This report segments the Fusion Splicer Market on the basis of by Type are:

Core Alignment Cladding Alignment Others

On the basis of By Application, the Fusion Splicer Market is segmented into:

Telecommunication Cable TV Others

Regional Analysis for Fusion Splicer Market:

For a comprehensive understanding of market dynamics, the Fusion Splicer Market is analyzed across key geographies namely: United States, China, Europe, Japan, South-east Asia, India, and others. Each of these regions is analyzed on basis of market findings across major countries in these regions for a macro-level understanding of the market.

Explore Full Report With Detailed TOC Here:

https://www.reportsnmarkets.com/report/COVID-19-Global-China-Fusion-Splicer-Market-Research-by-Company-Type-Application-2015-2026-96950    

Points Covered in The Report:

The points that are talked over within the report are the major Fusion Splicer Market players that influence the market such as raw material suppliers, manufacturers, equipment suppliers, end users, traders, distributors etc.

The all-inclusive profile of the companies is specified. The production, price, capacity, revenue, cost, gross, gross margin, sales volume, sales revenue, consumption, growth rate, import, export, future strategies, supply, and the technological developments that they are creating are also incorporated within the report. Besides the historical data from 2014 to 2019 and forecast data from 2019 to 2025.

The growth factors of the Fusion Splicer Market are deeply discussed while the different end users of the market are underlined.

Data and information by manufacturer, by region, by type, by application and etc., and custom research can be added in line with the specific requirements.

TheFusion Splicer Market report also considers the SWOT analysis of the market. Finally, the report concludes with the opinions of the industry experts.

What are the market factors that are explained in the report

Further in the Fusion Splicer  Market research reports, following points are included along with in-depth study of each point:-

Production Analysis – Production of the Fusion Splicer Market is analyzed with respect to different regions, types and applications. Here, price analysis of various Fusion Splicer Market key players are also covered.

Sales and Revenue Analysis – Both, sales and revenue are studied for the different regions of the Fusion Splicer Market. Another major aspect, price, which plays important part in the revenue generation, is also assessed in this section for the various regions.

Supply and Consumption – In continuation with sales, this section studies supply and consumption for the Fusion Splicer Market. This part also sheds light on the gap between supple and consumption. Import and export figures are also given in this part.

Competitors – In this section, various Fusion Splicer Market leading players are studied with respect to their company profile, product portfolio, capacity, price, cost and revenue.

Other analyses – Apart from the aforementioned information, trade and distribution analysis for the Fusion Splicer Market, contact information of major manufacturers, suppliers and key consumers is also given. Also, SWOT analysis for new projects and feasibility analysis for new investment are included.

Customization of the Report: This report can be customized as per your needs for additional data up to 3 companies or countries or 40 analyst hours.

Note: All the reports that we list have been tracking the impact of COVID-19 on the market. Both upstream and downstream of the entire supply chain has been accounted for while doing this. Also, where possible, we will provide an additional COVID-19 update supplement/report to the report in Q3, please check for with the sales team.

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[devingordon17-blog]

Put me on with your girl tag her below  #MCM #THEFUSE

[serenachok2]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[natilepoop3]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[fyemansuv7]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[scarlttlouv6]

What are the properties of the fuser film sleeve

Thermal conductivity

A fuser film sleeve with poor thermal conductivity will not only cause the toner to not be firmly fixed on the media, but also turn the partially softened toner over to the fuser film sleeve or the lower roller, or even agglomerate and damage the heating components.

There are several ways to characterize the fixing fastness. One way is the method in the Ministry of Machinery Industry Standards, which uses abrasion tester to test, but this method is more difficult for users without conditions. ; Another method is relatively simple, that is, wipe with paper towels or absorbent cotton, but this method is very relevant to the tester and lacks comparability.

The fixability of the fuser film sleeve is very important for the matching relationship with the lower roller, toner, and media. Qualified lower rolls should have appropriate softness and hardness, fast resilience and other properties. The toner should also have a suitable softening point and permeability. Therefore, when a customer has problems with fixing while using the fuser film sleeve, including sticking powder, they should communicate with the customer more to see if there is a problem with the matching.

Isolation performance

A fuser film sleeve with good isolation will transfer the toner to the printing medium without distortion, and no toner remains on the fuser film sleeve, keeping the fuser film sleeve working well for a long time without ghosting.

The isolation performance has a great relationship with the coating material used on the fuser film sleeve and the production process.

Flexibility

A good fuser film sleeve should have proper stiffness. Generally speaking, the stiffness of the fuser film sleeve used on a high-speed machine is higher than that of a fuser film sleeve on a low-speed machine. For example, from a sensory point of view, the fuser film sleeve on the Hp6l model feels soft and collapsed, while the hp4000 series machine The fuser film sleeve on the model needs to be hard. Use one end of the fuser film sleeve to tap the concrete floor or wooden table gently. The fuser film sleeve used on the high-speed machine will make a metal-like sound, while the sound of the fuser film sleeve used on the low-speed machine is dull. many. A fuser film sleeve with insufficient stiffness is prone to "cracking" noises when the fuser film sleeve is rotated on the machine, while a fuser film sleeve with good stiffness makes a very small "sand" noise. A fuser film sleeve with too low stiffness is prone to wrinkles during use, and unevenness occurs when printing black images. However, the stiffness of the fuser film sleeve is too high, which may cause difficulty in heat conduction and decrease the fixing firmness.

Tear resistance

Tear resistance is another important mechanical performance index of the fuser film sleeve. A fuser film sleeve with insufficient tear resistance is prone to tearing when the machine is not working properly, such as paper jams or foreign objects entering the fixing assembly.

Apparent performance

The apparent performance plays a very important role in the use of thefuser film sleeve. Common apparent defects include:

(1) Severe thickness unevenness. If it is uneven thickness along the circumferential direction, it will cause the too thick area to be weakly fixed, and the too thin area will be easily damaged; if it is along the generatrix direction, it will cause The fuser film sleeve moves to the thick side of the film body, causing damage to the fuser film sleeve;

(2) The smoothness of the surface coating is not enough. If there are a lot of orange peel lines, the adhesion between the fuser film sleeve and the lower roller is not good, which will cause the fixation firmness to decrease, and the printing quality of fine graphics and text will decrease.

(3) Apparent adhesion particles, pits, pinholes, missing coatings, severe creases, this kind of defects are slightly larger in size, so in the corresponding position of the printed product, it will cause transfer failure or Defects of weak fixing.

Abrasion resistance

When other conditions are met, the abrasion resistance is the most important factor that determines the life of the fuser film sleeve. The abrasion resistance test includes actual printing and simulated printing.

In actual printing, the life of the same type of fuser film sleeve will be affected by many factors, such as toner, temperature fluctuations, printing environment (dust, humidity), paper, etc. At the same time, fluctuations in process parameters have a great influence on the wear resistance of the fuser film sleeve. Therefore, there will be fuser film sleeves from the same manufacturer, and different customers will react differently.

The consistency of simulated printing will be much better, but the correlation between simulated printing and actual printing is indeed a big problem. For example, whether there is the influence of toner, new paper and old paper, the influence of temperature control, etc.

[gosunsolarenergy]

GoSun's Solar Kitchen: Review and Breakdown

What is the Solar Kitchen?

GoSun’s Solar Kitchen is the ultimate off-grid cooking solution. It lets you cook and refrigerate your food, and even charge all your USB-powered electric devices, with absolutely no electrical outlets needed. Cook your food with the GoSunFusion—a solar cooker with a battery bank that makes food day or night—and refrigerate it with the GoSunChill, an electric cooler that needs no ice. You can power both the Chill and the Fusion (and keep your devices charged) with theSolarTable 60, a table covered with solar panels.

Portability

No other kitchen is as portable as GoSun’s Solar Kitchen. All three of its main appliances either have wheels or can attach to something that does. The GoSunChill is arguable the only fridge designed to stay on the go. It has a built-in pull-out handle and built-in wheels. TheSolarTable 60 also folds up easily, attaching to the handles of the Chill like a roller bag. To complete the arrangement, the Fusion can be bungeed onto the Chill with a built-in bungee bar. The Solar Kitchen is light and agile enough for one person to fold it up and roll it anywhere.

That’s because each part of the Solar Kitchen is much lighter than its grid-connected counterpart. The GoSunFusion needs no charcoal or propane. Remember the Chill needs no ice. All those pounds add up, making perhaps the first-ever oven/fridge combo that travels easily.

Cooking at Night

Solar cookers are great, but they depend on solar power, and the obvious problem with solar power is that the Sun doesn’t shine at night. The GoSun Fusion is the only solar cooker to solve this problem thanks to its hybrid solar/electric technology. Use the Sun during the day, and at night it runs off its 12 volt battery. that provides 150 Watts at 12 volts. A perfect way to power your GoSun Fusion is with the optional, lithium-ion battery Powerbank Plus. The two-pound Powerbank allows for up to one hour of off-grid cooking power.

Make Ice TheChill utilizes energy from the Sun to keep drinks and food cold or frozen, eliminating the need for ice. Say goodbye to soggy sandwiches or lugging around a heavy cooler with extra bags of ice to keep your food or drinks cold. The Chill combines the technology of brushless compressor motors with lithium ion batteries. Similar in size to a standard cooler, the Chill is a 40-liter cooler that fits 40% more food and drink since there’s no ice using the valuable space inside.

Charge Devices

In addition to running off the included lithium Powerbank Plus, every GoSun Chill comes with integrated components that enable it to be run from typical household AC power, mobile 12 Volt sources or optional solar panel charging. The detachable 144wh Powerbank can also power laptops, portable accessories and cellphones (over 10 full charges) making it handy where you need the juice.

Live Off-Grid

Living off-grid has many advantages. You are fully independent and have no need of remote infrastructure, the power grid, or municipal plumbing. That means you can live in a cabin in the mountains, on a beach, or on a boat in the middle of the ocean. But what about appliances for your off-grid home? What about cookers, coolers, light sources, and chargers for your electrical appliances? After all, Nobody wants to live like a rustic hermit. This is why the GoSun team has designed the solar kitchen for cooking, cooling, and charging. It’s the complete package so that each product integrates seamlessly with another.

CookingDuration

The Fusion can cook 145 oz of food at once (over 9 pounds!) and easily feeds 4-6 people. With the Fusion’s 101 oz cooking tray, you can make a meal five times an hour.

The Chill

TheChillis the next step in cooler evolution. It keeps all your food and drinks cold or frozen with no need for ice. Eliminating the need for ice alone increases the capacity of the Chill over normal coolers by 30-50 percent. In terms of beer storage,that’s an increase of at least 12 bottles over an ice cooler of the same size. The compressor used is DC Brushless (which runs on 12 pr 24 volts) and draws 35-45 W. Its 150 watt-hour solar-powere lithium battery pack can also power laptops, cell phones, and many other portable accessories.

TheFusion

The GoSun Fusion is the world's first solar oven that can also cook without the Sun. It reaches temperatures up to 550 degrees Fahrenheit, doing all and more than a conventional oven can do. With a power output of 200W- 225W under full sun, it also works under clouds or at night thanks to its backup battery.

SolarTable

Designed to charge the PowerBank+, the SolarTable 60 is GoSun’s fastest, most powerful solar charger. Made of aluminum, stainless steel, and tempered glass, the SolarTable is lightweight (only 18.5 pounds) yet powerful, putting out 60 Watts. With its 5.5 x21. mea coaxial connector, you can hook up your Chill, Fusion, or Powerbank.

Powerbank Plus

The Powerbank Plus unleashes the freedom of portable power. It can charge three devices at once and has four USB ports and a DC carport (cigarette lighter) as well. Capable of charging laptops, tablets, cameras, phones, lights, and other devices, all you have to do is plug in the Powerbank. Top it off with electricity from the SolarTable. Or use it to power the Chill or Fusion.

Price

A kitchen is the most expensive part of a house, and you’re probably guessing that this off-grid set will at least match the cost of a full remodel. What do you think? Five thousand dollars? Ten thousand dollars? That’s the figure that most threw out when we asked them to estimate our off-grid kitchen set. The good news is that the total price is as low as the package is versatile. You can get the complete solar kitchen for only $1,399. A great value for a state-of-the art kitchen that cooks better, cools better, and washes better than any other kitchen yet works with no electricity whatsoever.

Warranty

The Solar Kitchen comes with a 1-year warranty. If any appliance ever breaks, you can return it for a replacement.

Free Shipping and Returns

Not sure if you’ll like the Solar Kitchen? GoSun offers free shipping and returns, no questions asked.

Weight and Dimension

The kitchen set is spry. It weighs only 28 pounds, less than an average high schooler’s backpack. The dimensions aren’t much larger than that. The three items are 23.5’’ by 19’’ by 16.” If you need electricity to charge the Chill or Fusion, the cable is 7 feet long.

Let’s break down the total weight and size into its constituent elements. The Fusion is 18.5 pounds and is 48’’ x 28’’ x 19-27’’. The Powerbank is 2.2 pounds and sizes in at 6.9’’ x 4.2’’ x1.7’’.

Extra Accessories

GoSun has thrown in plenty of accessories with the Solar Kitchen to make it easy to charge every appliance and bundle it all together when you’re ready to move. Each set comes with the following:

12 V AC adapter power cord for the Chill

2 Bungee 3 cords

Fusion cooking tray

Power cord

Solar dial

User’s manual

Final Thoughts

The GoSun Solar Kitchen is the perfect all-in-one package for living off-grid. Do you want to cook a meal? You have the Fusion. Do you want to keep your food and drink cool? You have the Chill. Do you want to charge your phone and use the Chill and Fusion at night? You have the Powerbank. Do you want an elevated surface or a shade for your Chill? You have the SolarTable. Want portability and a cheap price for all these things? The Solar Kitchen is right for you.

Come join the fuel-free frontier with us at GoSun! Order yours by clicking here.