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Added for You - Strengthening the Widening Performance of Finishes
Education Is The Key To Effective Referral Marketing ng is the end product that is depicted by the capability of the spin finish to cover the Fibre surface. Bad spreading lessens the efficiency of the spin finish on the Fibre surface. Good spreading improves the effect delivered by the Fibre finish components which could lead to advanced performance at a given spin finish loading or the knack to apply less spin finish and still obtain preferred Fibre surface effects. Often, good wetting agents do not perform well to cater spreading performance to the Fibre finish. Thoroughly separate chemistry is required to provide the preferred effect.One of the few complaints I hear from small business owners when it comes to generating business or leads by way of referral is that too many of the referrals they are offered aren't a fit for the business. The referrals are either unqualified, don't need the firm's offerings, can't afford the product or just don't fit the typical profile of an ideal client for the receiving firm.If this is your referral reality, then you know that chasing leads that don't fit your target client can be a grand waste of everyone's time and energy. The primary reason for this affliction though is that most small business owners and independent professionals don't take the time to educate their referral sources.The typical referral request may go something like, "Know anybody that needs what we do?" "Okay, I know lots of people, here you go. Have at it!"The solution to this is really quite simple. I've created a tool I call the Perfect Introduction, as part of my Referral Flood program. The Perfect Introduction is a document (although is can take many forms including a web page) that contains answers to the following questions:How would know if I spotted your ideal client?Describe, in great detail, the type of clients you work best with. This step will help assure that you get highly qualified leads and make it easier for your lead source to think of prospects that fit a narrow description.What would I say to best position your business?Give your referral source the exact words you would like them to use when introducing your p PERFORMANCE RESULTS: The advantages of the improved surface coverage can be seen in various performance parameters. Data have been produced by comparing the lubricant, antistatic and wicking performance of Fibre finishes with and without the increased surface coverage technology. Polypropylene was used for the assessments. Lubrication: Lubrication performance in a Fibre application characteristically includes two noticeable frictional measurements: Fibre-to-metal (F/M) friction and Fibre-to-Fibre (F/F) friction. Both measurements are equally significant for the processing of a Fibre and its transformation into a com Myths About Women and International Business INTRODUCTIONResearcher, Nancy Adler conducted a monumental study in the mid 1980’s to address myths about women and international business. Her study investigated if commonly held myths about women in international business were true including: women are not interested in International business, women were not willing to travel overseas for a variety of reasons namely family responsibilities and women would not be viewed as credible in overseas business due to the local perception of women. Her study results revealed that many of these false perceptions were indeed myths often held by male managers and HR personnel, and that women were interested and willing to conduct business overseas.Today many of these same myths still exist despite the dramatic increase of women in business and women owned businesses and women traveling overseas.Here are some facts published by the U.S. Department of Labor (DOL) (www.dol.gov), The National Association of Women Business Owners (NAWBO) (www.nawbo.org), and the Small Business Administration (SBA) (www.sba.gov), on women in the work force:• Women account for over 46% of the work force in America and this is expected to increase to 48% by the year 2005.• Women comprised 43% of employees in American executive, administrative, and managerial occupations in 1995 and this number is growing.• Businesses owned by women number 8 million in the U.S., and they employ one out of every four workers. They are growing at double the rate of all businesses.• 33% of women business owners report that they ex Through the whole manufacturing chain, Fibre finishes accompany the fibre, most commonly in a topical solution. A finish helps the fibre in passing through machinery. Without it, friction would immediately stop the machine. Now a need is felt for fibre finishing technologies, which are indispensable to manufacture as well to grow rapidly. An upsurge in textile production has given fibre finish suppliers a reason to continuously seek new and enhanced technologies that provide value and cost efficiency to their customers. Fibre finishes have two uses in the industry: to process Fibre (e.g. spin finishes) and to give advantageous end properties to an accomplished article (e.g. effect finishes), such as wicking for a diaper cover stock. Fibre finishes are compulsory for processing synthetic Fibres and without their use, various areas where synthetic Fibres are now applicable would have remained unrealized. To cope with the specific processing environment and for the end-use application, Fibre finishes are evolved. If properly chosen, Fibre finish is able to give can provide differentiation among the contributions of diverse producers, creating a competitive benefit. The "bar" on the performance of Fibre finishes is continuously being raised. Any advancement in the performance of Fibre finishes would be gladly appreciated. Controlling the costs, whenever possible, is the pressing need of the competitive environment. Thus, together with the craving for higher performing Fibre finishes is the craving to apply as little Fibre finish as required to give the necessary effect. As a result, the need exists for higher performance finishes that "do more with less." Another stress is the environmental effect of applying processing Fibre finishes. It is normal that a considerable amount of the Fibre finish applied does not really coat the Fibre. Approximate calculations of the bulk of the lost finish vary between 10% to nearly 50% in some cases. This "lost" finish is an environmental load as well as a cost exhaustion. Thus, the need exists for Fibre finishes which are greatly associated with the Fibre surface during application. Work is in motion at companies, who deliver critical Fibre finish modules and Fibre finishes, improving solutions to these recognized market needs. It is beyond doubt that the effect of new chemistry used in Fibre finishes would be important, but given the time for qualification of the new chemistry and the regulatory processes that go with the introduction of new chemistry; this would seem to be a longer-term solution. An immediate answer would be to improve the performance of present Fibre finish technology through ace formulation of the spin finish module chemistry available. Uniqema is a supplier of Fibre finish modules and completely formulated Fibre finishes. It has evolved Enhanced Surface Coverage (ESC) technology to advance Fibre finish performance. The ESC technology strikingly upgrades the degree of surface coverage of the finish on Fibre surfaces. Better surface coverage offers the following advantages: . Improves the effect performance of the Fibre finish, properties of friction, antistatic and wicking in particular; WETTING vs. SPREADING Surface coverage by a Fibre finish includes two crucial, yet dissimilar features: wetting and spreading. It is important to figure out the difference between these two aspects. Wetting: Normally, spin finish formulations are composed of a lubricant and antistatic properties, albeit other effect components such as antimicrobials and wicking agents also can be incorporated. Very often, the spin finish formulation is used in adulterated form, either as an emulsion (whereby, an emulsifier would be formulated into the spin finish), a solution or dispersal. In each of these cases, water would be the diluent. Smooth coverage of the Fibre surface by the diluted finish is desirable. This effect can be brought to fruition by including a wetting agent into the spin finish formulation. Many superior wetting agents are available for fusing into spin finish formulations. Wetting performance of diluted spin finishes is rarely an issue. Spreading: The final performance of any Fibre finish relies upon the strength of the finish to preserve even surface coverage after the water diluent has faded out from the finish. Moreover, the performance of any neat (undiluted) finish depends on its capacity to cover evenly the Fibre surface upon application. Neat finishes are significant for many crucial applications; therefore, surface coverage is a related issue. This phenomenon of the spin finish to evenly cover the Fibre surface is the complete opposites of the phenomenon of wetting. Spreading is the end product that is depicted by the capability of the spin finish to cover the Fibre surface. Bad spreading lessens the efficiency of the spin finish on the Fibre surface. Good spreading improves the effect delivered by the Fibre finish components which could lead to advanced performance at a given spin finish loading or the knack to apply less spin finish and still obtain preferred Fibre surface effects. Often, good wetting agents do not perform well to cater spreading performance to the Fibre finish. Thoroughly separate chemistry is required to provide the preferred effect. PERFORMANCE RESULTS: The advantages of the improved surface coverage can be seen in various performance parameters. Data have been produced by comparing the lubricant, antistatic and wicking performance of Fibre finishes with and without the increased surface coverage technology. Polypropylene was used for the assessments. Lubrication: Lubrication performance in a Fibre application characteristically includes two noticeable frictional measurements: Fibre-to-metal (F/M) friction and Fibre-to-Fibre (F/F) friction. Both measurements are equally significant for the processing of a Fibre and its transformation into a comp Laser Glass Cutting bre finishes is continuously being raised. Any advancement in the performance of Fibre finishes would be gladly appreciated. Controlling the costs, whenever possible, is the pressing need of the competitive environment. Thus, together with the craving for higher performing Fibre finishes is the craving to apply as little Fibre finish as required to give the necessary effect. As a result, the need exists for higher performance finishes that "do more with less." Another stress is the environmental effect of applying processing Fibre finishes. It is normal that a considerable amount of the Fibre finish applied does not really coat the Fibre. Approximate calculations of the bulk of the lost finish vary between 10% to nearly 50% in some cases. This "lost" finish is an environmental load as well as a cost exhaustion. Thus, the need exists for Fibre finishes which are greatly associated with the Fibre surface during application. Work is in motion at companies, who deliver critical Fibre finish modules and Fibre finishes, improving solutions to these recognized market needs. It is beyond doubt that the effect of new chemistry used in Fibre finishes would be important, but given the time for qualification of the new chemistry and the regulatory processes that go with the introduction of new chemistry; this would seem to be a longer-term solution. An immediate answer would be to improve the performance of present Fibre finish technology through ace formulation of the spin finish module chemistry available. Uniqema is a supplier of Fibre finish modules and completely formulated Fibre finishes. It has evolved Enhanced Surface Coverage (ESC) technology to advance Fibre finish performance. The ESC technology strikingly upgrades the degree of surface coverage of the finish on Fibre surfaces. Better surface coverage offers the following advantages:Laser cutting is a precision cutting method widely used in industrial manufacturing. Laser cutting allows a level of accuracy unmatched by any other cutting method. A high-powered laser is directed at the material to be cut. The material burns, melts or vaporizes, leaving a high quality finish.Apart from the common materials such as wood, plastic and metal, laser cutting is also widely used in the processing of glass. Glass has become an important component of a large number of applications. Its use is not just restricted to windows and bottles but has expanded to telecommunications and information technology. These modern applications require a higher level of accuracy and precision that cannot be matched by traditional methods.Traditional glass cutting methods make direct contact with the surface, increasing chances of unwanted scratches and abrasions. Moreover, material losses and glass dust are other problems faced in the conventional process.The use of lasers has revolutionized the art of glass cutting. The laser beam is used to produce highly complex and accurate shapes with a fine edge finish. The power of the laser beam ranges between 1000 to 2000 watts. Most laser cutters are integrated into an enclosed machine with state-of-the-art software. Since the laser used is a "class 4" laser, care is taken to keep the user away from direct contact. The CO2 laser is the most common device used in glass cutting.The advantages of laser cut glass are many. Apart from the superb quality edges, flaking, chipping and micro-cracks are . Improves the effect performance of the Fibre finish, properties of friction, antistatic and wicking in particular; WETTING vs. SPREADING Surface coverage by a Fibre finish includes two crucial, yet dissimilar features: wetting and spreading. It is important to figure out the difference between these two aspects. Wetting: Normally, spin finish formulations are composed of a lubricant and antistatic properties, albeit other effect components such as antimicrobials and wicking agents also can be incorporated. Very often, the spin finish formulation is used in adulterated form, either as an emulsion (whereby, an emulsifier would be formulated into the spin finish), a solution or dispersal. In each of these cases, water would be the diluent. Smooth coverage of the Fibre surface by the diluted finish is desirable. This effect can be brought to fruition by including a wetting agent into the spin finish formulation. Many superior wetting agents are available for fusing into spin finish formulations. Wetting performance of diluted spin finishes is rarely an issue. Spreading: The final performance of any Fibre finish relies upon the strength of the finish to preserve even surface coverage after the water diluent has faded out from the finish. Moreover, the performance of any neat (undiluted) finish depends on its capacity to cover evenly the Fibre surface upon application. Neat finishes are significant for many crucial applications; therefore, surface coverage is a related issue. This phenomenon of the spin finish to evenly cover the Fibre surface is the complete opposites of the phenomenon of wetting. Spreading is the end product that is depicted by the capability of the spin finish to cover the Fibre surface. Bad spreading lessens the efficiency of the spin finish on the Fibre surface. Good spreading improves the effect delivered by the Fibre finish components which could lead to advanced performance at a given spin finish loading or the knack to apply less spin finish and still obtain preferred Fibre surface effects. Often, good wetting agents do not perform well to cater spreading performance to the Fibre finish. Thoroughly separate chemistry is required to provide the preferred effect. PERFORMANCE RESULTS: The advantages of the improved surface coverage can be seen in various performance parameters. Data have been produced by comparing the lubricant, antistatic and wicking performance of Fibre finishes with and without the increased surface coverage technology. Polypropylene was used for the assessments. Lubrication: Lubrication performance in a Fibre application characteristically includes two noticeable frictional measurements: Fibre-to-metal (F/M) friction and Fibre-to-Fibre (F/F) friction. Both measurements are equally significant for the processing of a Fibre and its transformation into a com Getting the Most out of Your Packaging y and the regulatory processes that go with the introduction of new chemistry; this would seem to be a longer-term solution. An immediate answer would be to improve the performance of present Fibre finish technology through ace formulation of the spin finish module chemistry available. Uniqema is a supplier of Fibre finish modules and completely formulated Fibre finishes. It has evolved Enhanced Surface Coverage (ESC) technology to advance Fibre finish performance. The ESC technology strikingly upgrades the degree of surface coverage of the finish on Fibre surfaces. Better surface coverage offers the following advantages:Most of you probably didn't start your business and immediately think about packaging. You focused all your energy on your product, trying different formulas to make it better. Then once you were happy with your end product, you had to concern yourself with how to make it in larger quantities. Then suddenly you realized you needed some kind of packaging for your products. If this sounds like you, you are not alone. Packaging is one of the biggest challenges for anyone selling retail products.Let's start with a couple of packaging success stories. Sometimes you can learn a lot by looking outside your own industry, so my first success story comes from the wine industry. The wine industry is large with tens of thousands of companies competing for our attention with hundreds of thousands of products. It is very difficult for a newcomer to make a successful business, let alone become the number one wine brand. A few years ago most people would have thought it impossible.Well I am here to tell you that the #1 wine brand in this country did not exist here just six short years ago. I am talking about Yellow Tail wines from Australia, and they have turned the wine industry on its head. Yellow Tail Shiraz is the number one selling red wine in America, Yellow Tail Chardonnay is the number two chardonnay, and many of its other varieties are in the top five in their category. How is this phenomenal success possible from a brand that did not exist in this country just six years ago?Well first, you need a good product at a reasonable price, that almo . Improves the effect performance of the Fibre finish, properties of friction, antistatic and wicking in particular; WETTING vs. SPREADING Surface coverage by a Fibre finish includes two crucial, yet dissimilar features: wetting and spreading. It is important to figure out the difference between these two aspects. Wetting: Normally, spin finish formulations are composed of a lubricant and antistatic properties, albeit other effect components such as antimicrobials and wicking agents also can be incorporated. Very often, the spin finish formulation is used in adulterated form, either as an emulsion (whereby, an emulsifier would be formulated into the spin finish), a solution or dispersal. In each of these cases, water would be the diluent. Smooth coverage of the Fibre surface by the diluted finish is desirable. This effect can be brought to fruition by including a wetting agent into the spin finish formulation. Many superior wetting agents are available for fusing into spin finish formulations. Wetting performance of diluted spin finishes is rarely an issue. Spreading: The final performance of any Fibre finish relies upon the strength of the finish to preserve even surface coverage after the water diluent has faded out from the finish. Moreover, the performance of any neat (undiluted) finish depends on its capacity to cover evenly the Fibre surface upon application. Neat finishes are significant for many crucial applications; therefore, surface coverage is a related issue. This phenomenon of the spin finish to evenly cover the Fibre surface is the complete opposites of the phenomenon of wetting. Spreading is the end product that is depicted by the capability of the spin finish to cover the Fibre surface. Bad spreading lessens the efficiency of the spin finish on the Fibre surface. Good spreading improves the effect delivered by the Fibre finish components which could lead to advanced performance at a given spin finish loading or the knack to apply less spin finish and still obtain preferred Fibre surface effects. Often, good wetting agents do not perform well to cater spreading performance to the Fibre finish. Thoroughly separate chemistry is required to provide the preferred effect. PERFORMANCE RESULTS: The advantages of the improved surface coverage can be seen in various performance parameters. Data have been produced by comparing the lubricant, antistatic and wicking performance of Fibre finishes with and without the increased surface coverage technology. Polypropylene was used for the assessments. Lubrication: Lubrication performance in a Fibre application characteristically includes two noticeable frictional measurements: Fibre-to-metal (F/M) friction and Fibre-to-Fibre (F/F) friction. Both measurements are equally significant for the processing of a Fibre and its transformation into a com How To Put A Winning Website Together perties, albeit other effect components such as antimicrobials and wicking agents also can be incorporated. Very often, the spin finishThe layout of your website and how it is designed will be critical for your success as a coach.Here are some quick tips of how to design your site to ensure that it is the best it can be:A Good Looking Site Is Not Good EnoughIt is all well and good having a flashy website but your main aim of the site is to convert browsers into clients.Keep gizmos to the bare minimum and when designing your site put yourself in your ideal clients shoes and ask yourself:"What would I want to see on this site?"What colours?""Pictures? personal pictures or business?"Get this type of thing wrong and it will cost you dearly as you only get 5 seconds to grab the visitors attentionAttention Grabbing HeadlineWhat is the main benefit of your service?What can you offer that other coaches do not?What problems can you solve for the client?A headline based upon some of these factors will make sure that the visitors attention is grabbed and that they will be curious to find out more.Capture The Visitors Email AddressDo this by setting up an auto-responder and offering a newsletter, report or ecourse that the visitor can download right away.Then follow up with the prospect on a continual basisEnquiry FormsMake sure you have got enquiry forms on EVERY PAGE of your website.Here is an example of what I mean: http://www.lifecoachwebsolutions.com/help.htmOn this form anyone can enter their email address and their name and what they want.< formulation is used in adulterated form, either as an emulsion (whereby, an emulsifier would be formulated into the spin finish), a solution or dispersal. In each of these cases, water would be the diluent. Smooth coverage of the Fibre surface by the diluted finish is desirable. This effect can be brought to fruition by including a wetting agent into the spin finish formulation. Many superior wetting agents are available for fusing into spin finish formulations. Wetting performance of diluted spin finishes is rarely an issue. Spreading: The final performance of any Fibre finish relies upon the strength of the finish to preserve even surface coverage after the water diluent has faded out from the finish. Moreover, the performance of any neat (undiluted) finish depends on its capacity to cover evenly the Fibre surface upon application. Neat finishes are significant for many crucial applications; therefore, surface coverage is a related issue. This phenomenon of the spin finish to evenly cover the Fibre surface is the complete opposites of the phenomenon of wetting. Spreading is the end product that is depicted by the capability of the spin finish to cover the Fibre surface. Bad spreading lessens the efficiency of the spin finish on the Fibre surface. Good spreading improves the effect delivered by the Fibre finish components which could lead to advanced performance at a given spin finish loading or the knack to apply less spin finish and still obtain preferred Fibre surface effects. Often, good wetting agents do not perform well to cater spreading performance to the Fibre finish. Thoroughly separate chemistry is required to provide the preferred effect. PERFORMANCE RESULTS: The advantages of the improved surface coverage can be seen in various performance parameters. Data have been produced by comparing the lubricant, antistatic and wicking performance of Fibre finishes with and without the increased surface coverage technology. Polypropylene was used for the assessments. Lubrication: Lubrication performance in a Fibre application characteristically includes two noticeable frictional measurements: Fibre-to-metal (F/M) friction and Fibre-to-Fibre (F/F) friction. Both measurements are equally significant for the processing of a Fibre and its transformation into a com Tip For Successful Freelance Designing ng is the end product that is depicted by the capability of the spin finish to cover the Fibre surface. Bad spreading lessens the efficiency of the spin finish on the Fibre surface. Good spreading improves the effect delivered by the Fibre finish components which could lead to advanced performance at a given spin finish loading or the knack to apply less spin finish and still obtain preferred Fibre surface effects. Often, good wetting agents do not perform well to cater spreading performance to the Fibre finish. Thoroughly separate chemistry is required to provide the preferred effect.Spend a little money on your clothes and briefcase or portfolio-type bag to create a good impression. People may deny it but they will always think: expensive clothes, lots of money, doing well, good designer. Dress smart, but not trendy - no one likes trendy designers.When you meet the client, I would always advise you to smile at the first moment and look them directly in the eye. Of course, some studios and work places can be serious and aggressive and it is probably not a good idea walking around them with an inane grin.But first impressions count and I have always found it best to try to be disarmingly friendly first. Don't go over-the-top but try to give this impression "I was happy before this moment, I'm happy now and I'd be happy working with you in the future".Taking the briefThis can be the moment where everything goes wrong so pay attention.A brief is where someone who knows a subject very well explains it to someone who knows nothing about it. For this reason it is staggeringly common that the briefer will omit something very important or, just as common, spend ages talking about past events that are totally irrelevant to the job in hand. But keep listening.One has to maintain the eye contact, look interested and, where possible "mirror" your client's posture and movements. By this I mean if your client is sitting up straight, sit up straight. If your client is nodding, nod with them. If they smile, smile. If they look serious, look serious. If your client is poor at maintaining eye contact then be car PERFORMANCE RESULTS: The advantages of the improved surface coverage can be seen in various performance parameters. Data have been produced by comparing the lubricant, antistatic and wicking performance of Fibre finishes with and without the increased surface coverage technology. Polypropylene was used for the assessments. Lubrication: Lubrication performance in a Fibre application characteristically includes two noticeable frictional measurements: Fibre-to-metal (F/M) friction and Fibre-to-Fibre (F/F) friction. Both measurements are equally significant for the processing of a Fibre and its transformation into a complete article. To improve performance in each of these frictional measurements, better surface coverage has been displayed. In contrast, the same spin finish with improved surface coverage furnishes excellent performance at a considerably lower loading. Unlike hydrodynamic lubrication, at low spin finish loading, the influential lubrication system would be boundary lubrication. The improved spreading technologies display a uniform molecular orientation on the surface of the Fibre, leading to the impressive performance. As the loading of spin finish extends, hydrodynamic lubrication becomes the leading mechanism and the benefit of the improved surface coverage is reduced. Commercial experience on polypropylene staple Fibres has proved that the frictional advantages of developing the surface coverage of the finish can allow a major (ca. 40%) decrease in the finish level while at the same time allowing an important boost (ca. 30%) in the yarn spinning speed. Moreover, the healthier coverage enriches abrasion properties of the Fibre and consequently reduces the generation of dust during subsequent processing. Very often, it is not preferred to distinctly lessen F/F friction as a certain degree of orderliness between the Fibres may be vital for effective functions like carding. Thus, it can be said that the improved surface coverage technology does not make hostile effect on this parameter. Antistatic Performance: Overall, Synthetic Fibres are inferior electrical conductors. Electrostatic charges can easily develop a Fibre surface unless and until the surface is treated with a spin finish having an antistatic force. Antistatic agents are performed by drawing a molecular cover of water to the surface of the Fibre. The water constructs an uninterrupted path on the Fibre surface. The water has a greater amount of conductivity than does the Fibre surface, enabling the treated Fibre to discharge electrostatic buildup. Performance is directly applicable to the level to which antistatic agent has covered the Fibre surface. Once again, a "standard" spin finish was assessed with and without the improved surface coverage additive. Figure III. displays the results. The improved surface coverage technology sanctions antistatic performance to be achieved at far lower loading than is the case with the "standard" finish. The improved surface coverage technology allows the finish to cover the surface briskly and thoroughly. Wicking: Polypropylene has a poor surface energy. As such, high surface energy liquids, like body fluids or water, will not easily moisten a polypropylene surface. Nevertheless, the fruitful use of polypropylene in applications such as diaper cover stock relies on the strength of the polypropylene surface to let liquids move quickly through it to "super absorbent" layers below. The conversion of polypropylene into a useful material of construction for these applications includes the use of wicking agents. Wicking agents alter the surface features of polypropylene, allowing liquids to quickly "wick" through the cover stock layer. Various successful hydrophilic wicking agents are available and each functions well in a single use application. Nevertheless, an urgent need is to enhance wicking agents that will cope with several insults or have the strength to re-moisten the polypropylene surface. Most standard wicking agents are washed from the surface after one or two insults and are not strong enough to give wicking performance. The improved surface coverage technology offers better wicking performance in proportion to a standard finish, for both melt-blown fabric and spun-bond fabric. The outcomes are displayed in Figure IV. The performance of two improved surface coverage technology finishes is compared to that of a "standard" finish. Given the improved lubricant and antistatic performance, the improved wicking performance of the developed surface coverage technology is not surprising. Nevertheless, what is astonishing is that the improved surface coverage technology produced Fibre, which was strong enough to cope with numerous insults still has wicking property. The "standard" finish loses its strength in wicking performance after 1-2 insults. Nevertheless, the improved surface coverage technology finishes endure 4-5 insults. We assume that the better spreading of the finishes is made by a greater alliance of the finish for the polypropylene surface, which results in resilience of the effect on the surface. FINISH RETENTION ON FIBRE One thought occurs to mind with the improved surface coverage technology is that it may escalate the finish absorbed on the Fibre as a percentage of the amount applied. Commercial experience with a neat finish for polyester screened as-is and with the enhanced surface coverage technology, showed a sudden boost in the amount of finish retained.
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