Three Bunny Designs Cheat Sheet

Total Page:16

File Type:pdf, Size:1020Kb

Three Bunny Designs Cheat Sheet Three Bunny Designs Hand Dyed Yarn Bases Fingering Sport DK DK (Fluffy) 80% Superwash Merino 80% Superwash Merino 100% Superwash Merino 100% Super Wash Wool 20% Nylon 400 yards/100 grams 328 yards/100 grams 230 yards/ 100 grams 290 yards/ 100 grams 3 Ply 3 Ply 3 Ply Shop Hand Dyed and Roving at: https:// ROVING threebunnydesigns.square.site/ Use code: TRUNKFREESHIP IG: @threebunnydesigns 100% Cheviot Roving 100% Merino Roving Facebook: facebook.com/threebunnydesigns YouTube: Three Bunny Designs Colorways 1 English Spot 2 Plumtastic 3 Bunny’s Got Her Blue Jeans On 4 I Broke It Hand Spun Yarn Shop Hand Spun Yarns at: www.aknitsheep.com Facebook: www.facebook.com/aknitsheep Skein Number Composition Yardage Weight Instagram: www.instagram.com/aksyarnstore Youtube: a knit sheep CBL 001a Romney, Bamboo, Soffsilk, 102 yards Bulky Firestar CBL 001b Romney, Bamboo, Soffsilk, 100 yards Bulky Firestar 1 CBL 004b 85% Merino, 15% Bamboo 156 yards Worsted CBL 006a Alpaca, Mixed Wool, 264 yards Worsted Enter the giveaway by commenting on the video of the show Bamboo, 264 yards on YouTube or post on instagram with the hashtag: #threebunnytrunkshow CBL 009a 70%Merino, 30% Tussah 146 yards Aran Silk CBL 010a Alpaca, Merino, Soffsilk, 174 yards Worsted Firestar, Angelina CBL 010b Alpaca, Merino, Soffsilk, 200 yards Worsted Firestar, Anglina CBL 013b Merino ,Tussah Silk, 156 yards Aran Firestar CBL 016 100% Romney 148 yards Aran CBL 019 Merino, Alpaca, Silk Noil, Firestar CBL 021 Superwash Merino, Silk, 152 yards Worsted Nylon, Silver Sparkle CBL 022a Baby Alpaca, Merino, 98 yards Aran Silk,Soffsilk, Angelina CBL 022b Alpaca, Merino, Silk, 98 yards Aran Soffsilk, Angelina CBL 024 100% Merino 84 yards Aran CBL 027 (c) Zwartbles, Bamboo, 177 yards Worsted Angelina CBL 027a Zwartbles Wool, Bamboo, 192 yards Worsted & Angelina CBL 027b Zwartbles wool, bamboo, 160 yards Worsted angelina CBL 028a Zwartbles, Jacob, Bamboo, 148 yards Worsted Angelina CBL 028b Zwartbles, Jacob, Bamboo, 162 yards Worsted Angelina CBL 029 Zwartbles, Jacob wool, 188 yards Aran bamboo, angelina, 188 yards CBL 030 Mixed Wool and Sparkle 144 yards Worsted CBL 031 Mixed Wool Sparkle 130 yards Aran CBL 041 Corriedale Cross 156 yards Worsted CBL 042 Corriedale Cross 224 yards Worsted CBL 043 Falkland Wool 258 yards Worsted 2 CBL 045 Corriedale Cross 138 yards 138 yards Worsted CBL 046 Corriedale Cross 134 yards Aran CBL 052 Corriedale Cross 278 yards DK CBL 063 Merino and Silk 276 yards DK CBL065 Corridale Light Worsted 232 yards Worsted 232 yds 4.06oz LS032b Suffolk Wool 190yds 190 yards Worsted LS064 Corriedale cross 218 yards Worsted LS065 Corriedale Cross 232 yards Worsted LS066 Merino Alpaca Acrylic 220 yards DK LS068 85% Alpaca 15% Falkland 172 yards DK Wool LS069a 80% Alpaca 20% Merino 334 yards DK LS069b 80% Alpaca 20% Merino 326 yards DK 3.
Recommended publications
  • Start Spinning: Everything You Need to Know to Make Great Yarn Ebook
    START SPINNING: EVERYTHING YOU NEED TO KNOW TO MAKE GREAT YARN PDF, EPUB, EBOOK Maggie Casey | 120 pages | 01 Apr 2008 | Interweave Press Inc | 9781596680654 | English | Loveland, CO, United States Start Spinning: Everything You Need to Know to Make Great Yarn PDF Book To make two-ply yarn, take two singles strands or both ends of the same strand , attach them both to your spindle, and twist them around each other in the opposite direction from how you originally spun them. When you spin, you put twist into fibres so that they hold together to form a continuous thread. Navajo Plying - Making a three-ply yarn 8. Designed to appeal to the beginning spinner, tips and hints are provided that illustrate how easy, enjoyable, and relaxing spinning can be. When I was in Kenya, women spun Romney wool chiefly "in the grease," but it often locked in large amounts of dirt in the process. Spin spin spin! Covers fiber characteristics, preparation and spinning, choosing a wheel, and crafting the finished yarn into useful and attractive pieces. I Made It! Leave the original loop of fiber anchored on the spindle hook. Description If you are a knitter or crocheter looking to take the step from just using manufactured yarn to making your own this is a great book to get you started. A bunch of loose fibers will fall apart if you pull on their ends. Launching a Patreon! First and foremost, you want a balanced drop spindle that spins true. Either one will do just fine to learn on. It is also much easier to learn to spin wool than silk, or cotton and other vegetable fibres.
    [Show full text]
  • Transatlantic Trade in Woollen Cloth 1850-1914: the Role of Shoddy
    University of Nebraska - Lincoln DigitalCommons@University of Nebraska - Lincoln Textile Society of America Symposium Proceedings Textile Society of America 1990 Transatlantic Trade In Woollen Cloth 1850-1914: The Role Of Shoddy David T. Jenkins University of York Follow this and additional works at: https://digitalcommons.unl.edu/tsaconf Part of the Art and Design Commons Jenkins, David T., "Transatlantic Trade In Woollen Cloth 1850-1914: The Role Of Shoddy" (1990). Textile Society of America Symposium Proceedings. 607. https://digitalcommons.unl.edu/tsaconf/607 This Article is brought to you for free and open access by the Textile Society of America at DigitalCommons@University of Nebraska - Lincoln. It has been accepted for inclusion in Textile Society of America Symposium Proceedings by an authorized administrator of DigitalCommons@University of Nebraska - Lincoln. -25- TRANSATLANTIC TRADE IN WOOLLEN CLOTH 1850-1914: THE ROLE OF SHODDY conditions. The nature and scale of the problem did not permit easy and DAVID T. JENKINS rapid solutions. The raw materials, technology and labour skills required for all-wool worsted production were quite different and a Department of Economics and Related Studies, University of York, York, rapid conversion to French methods of wool preparation and spinning was Y01 5DD, England. not quickly feasible. The British industry instead pursued a policy, initially rather slowly, of adapting its existing machinery and THE WORSTED CLOTH TRADE innovating new products, notably worsted coatings. In the two decades The factors affecting European trade and competition in worsted before the First World War it did recoup some of its previous trade cloth in foreign markets, notably the United States, in the second half losses but its level of trade did not recover to that of earlier years.2 of the nineteenth century are well recorded.
    [Show full text]
  • Spininnovation
    No. 24 07.2008 € INNOVATION 5,– SPIN THE MAGAZINE FOR SPINNING MILLS COREflex® – Core Yarn Attachment for Ring Spinning Machines ACP Quality Package Premium Parts – News HP-GX 5010 New Top Weighting Arms Mill Reports: – Nahar, India – Danmao, China Berkol – Part of Bräcker Wilhelm Stahlecker GmbH CONTENTS Editorial 3 COREflex® – Spinning Soft Core Yarn on Ring and Compact Spinning Machines 5 Yarn Quality Improved by ACP Quality Package 9 Premium Parts – News – Metal Washer for Magnetic Navals – CR-Coating for B 174 and B 20 SOLIDRINGS – ProFiL®Navels 15 The Theory of Compacting 19 BERKOL® – Becomes Part of Bräcker AG, Switzerland 21 NAHAR – A Saga from Farm to Fashion 23 Experience with EliTe® and EliTwist®CompactSet – A Practical Assessment , Nahar Industries, India 25 Manufacture of the SUESSEN Technology Components 27 Produce More and Better High Grade Worsted Fashion Fabric – Danmao Spinning Mills, China 31 HP-GX 5010 – The Top Weighting Arm for Worsted Spinning 36 Wilhelm Stahlecker GmbH (WST) – Centre for Research and Development 40 SUESSEN Customer Survey 2007 44 News 46 Advertisement: – Graf, Switzerland 47 – SUESSEN Product Range 48 Impressum No. 24 – July 2008 Published by Reprint of articles with reference Price : € 5.– Spindelfabrik Suessen GmbH permitted – Voucher copies desired Publication : once per year Dammstrasse 1, D-73079 Süssen, All rights reserved Information & Advertising Contact: Germany Spindelfabrik Suessen GmbH SPINNOVATION, Germany Editor in Chief : Peter Stahlecker fax + 49 (0) 71 62 15-367 Title registered® at German Patent Front Cover : e-mail: [email protected] Office EliCoreTwist® – EliTwist®CompactSet internet: www.suessen.com Copyright © 2008 with COREflex ® 2 SPINNOVATION No.
    [Show full text]
  • Premium Knitting & Crochet Tool Catalog
    2015 PREMIUM KNITTING & CROCHET TOOL CATALOG Westing Bridge LLC designs, manufactures and wholesales the complete line of ChiaoGoo premium bamboo, wood, and stainless steel knitting and crochet tools. We are dedicated to offering high quality products with great overall value! ChiaoGoo bamboo needles are made of Moso bamboo, the largest and strongest bamboo in the world. Our craftsmanship is the result of over 100 years of experience passed down by generations of skilled craftsmen. Due to the quick, renewable nature of bamboo, we are proud that the products we offer are eco-friendly. Our stainless steel products are made of surgical-grade, stainless steel that is hypoallergenic and, in most cases, not reactive to sensitive skin. They have a nice smooth, satin sheen that won’t reflect any light making it hard to see your work. They are lightweight and strong! The needle is precisely machined resulting in perfect tips and joins. We take pride in providing excellent customer service to our customers in the United States and abroad. We have established a European Sales Office to assist those German and French speaking customers. Please refer to the back cover for contact information. We thank you for your interest in our ChiaoGoo products. SINGLE POINTS BAMBOO Our Patina and Natural Color Single Points have precisely tapered, hand-crafted tips. They are made of Moso bamboo which is the largest and strongest bamboo out of over 1,000 different species. The size is permanently laser imprinted on each needle and cap. The patina color is obtained with thermal heat. It is difficult to find bamboo large enough to produce needles larger than size US15 (10 mm).
    [Show full text]
  • Current and Future Trends in Yarn Production1
    Volume 2, Issue 2, Spring 2002 CURRENT AND FUTURE TRENDS IN YARN PRODUCTION1 William Oxenham, Ph.D. College of Textiles, North Carolina State University ABSTRACT While developments in yarn manufacturing continue to be promoted by machinery makers, spinners are challenged to produce the best quality yarn at an acceptable price. This often results in a compromise, since improved yarn quality can usually only be achieved at a higher processing cost (including raw material selection). An additional difficulty is that the significance of the various attributes of quality change for different yarn’s end uses. While the solution to lowering yarn costs, that has been adopted in recent years has been to create large, almost fully automated spinning mills, this philosophy is presently being questioned, since this significantly reduces flexibility with respect to the fiber and yarn type that can be processed. This is obviously at odds with the current paradigm of customer driven, quick response manufacturing, since this demands inherent flexibility in the successful supplier. This paper reviews the current state of technological innovation in yarn production and examines the relative merits and disadvantages of each system. Some insight will also be given concerning those factors that limit further development of some of these systems. Historical trends in US yarn production have also been surveyed, and the combined information obtained is used as an indicator of the future directions in this key industry. KEYWORDS: Yarn Production, Spinning, Vortex Spinning, Centrifugal Spinning 1. INTRODUCTION shortcomings in certain aspects of yarn and fabric quality (Figure 2). This aspect Research into new technology for yarn cannot be over stressed since while ring formation peaked in the 60’s & 70’s.
    [Show full text]
  • Week 3 the Woollen & Worsted Industries to 1780
    Week 3 Dr Frances Richardson frances.richardson@conted. The woollen & ox.ac.uk https://open.conted.ox.ac.uk /series/manufactures- worsted industries industrial-revolution to 1780 Week 2 takeaways • Proto-industrialization theories give us some useful concepts for studying specific pre-factory manufacturing industries • More a framework than a predictive model • Artisan systems did not necessarily develop into putting-out systems • Proto-industry contained the seeds of its own demise • Although factory industrialization often grew out of proto-industry in the same area, some areas de-industrialized and industry spread to new areas • Other factors needed to explain changes, including marketing, industrial relations, and local politics Week 3 outline • Processes in woollen and worsted hand manufacture • Outline history – changing fashions, home demand and exports Wool comber • Organization of the industry in the West Country, Norwich and Yorkshire • How organisation and marketing affected success • How well different regions responded to changing fashion and demand Woollen cloth • Used carded, short-staple wool • Traditional from medieval period, predominated in Tudor exports • Types of cloth - broadcloth, kersey (lighter, less heavily fulled) • Export cloth high and medium quality – limited demand growth • Wool was sorted, willeyed, carded, spun, woven, fulled, finished – could involve raising nap, shearing, pressing, dyeing Broadcloth suit, 1705, VAM Worsted • Used combed, long-staple wool Lincoln longwool sheep • More suited to the Saxony
    [Show full text]
  • 7. Wool Combing
    7. Wool Combing Errol Wood Learning objectives On completion of this topic you should be able to: • Outline the objectives of wool combing • Describe the design of a typical rectilinear comb • Explain the steps in rectilinear combing – feeding, initial combing, final combing and drawing off, and sliver formation • Discuss the means by which noils are removed, and the balance required in setting the amount to be removed • Explain the purpose of re-combing • Calculate: tear ratio, noil(%), romaine, regain and combing production • Discuss the factors that affect the combing quality of fine wools Key terms and concepts Combing (Nobel and rectilinear), nips per minute, doublings, noils, finisher gilling, packaging, re- combing, tear, noil(%), romaine, percent fibres less than 30 mm, combing production. Introduction to the topic Wool combing is a comprehensive term when used in its widest sense, and it embraces all the operations carried out in a topmaking plant. It includes the processes of raw wool scouring, drying, carding, backwashing and preparer gilling. Then follows the actual combing operation and the sequence of topmaking processes concludes with two gilling steps called top finishing (or finisher gilling). Combing is not included in the semiworsted or woollen processing routes. Wool combing, the single process, is indispensable in the manufacture of a worsted yarn. The card has disentangled the fibres in the mass of scoured wool and has mixed them in a roughly parallel formation. However, during the carding process many fibres will have been broken, and the card sliver will consist of a variety of fibre lengths. Some vegetable matter will have been removed but fragments remain.
    [Show full text]
  • TRI-1016-Random-Slub-Rotor-Yarn
    TECHNICAL BULLETIN 6399 Weston Parkway, Cary, North Carolina, 27513 • Telephone (919) 678-2220 ________________________________________________________________________________ TRI 1016 RANDOM SLUB ROTOR YARN PRODUCTION ON CONVENTIONAL EQUIPMENT © 2004 Cotton Incorporated. All rights reserved; America’s Cotton Producers and Importers. Concept Spinning mills have long desired a way to produce a 100% cotton novelty rotor yarn with slubs of random size and length using conventional mill machinery without any special attachments. New technology provides a method to create very short and small size slubs, which are not attainable with most electro-mechanical designs due to their inherent limitations and the rotor diameter that controls the minimum slub length. This random slub process can be a cost- effective alternative for producing novelty slub yarns on rotor-spinning machines. Introduction Cotton Incorporated developed a process for producing a random slub rotor yarn by using small amounts (10%-25%) of comber noils (0.5 in/12.5mm or less) in the final drawing process (usually two “short cotton” slivers in the creel). The practical count range of yarn from this process is projected to be Ne 20/1 and coarser. The main targets for this yarn include denim, shirting, fashion fabrics for women’s wear, and home products. Fiber Processing Specifications for Producing Random Slub Rotor Yarn General Procedure One or two slivers made from comber noil/short staple virgin cotton are introduced into the drawing creel at the finisher drawing step with six to seven ends of “base” cotton or virgin lint (base cotton slivers can be produced in the normal manner). These short fiber slivers produce drafting waves, which later become random thick places (slubs) in the yarn.
    [Show full text]
  • Recommendations for Producing Linen-Look Yarn on Conventional Equipment
    TECHNICAL BULLETIN 6399 Weston Parkway, Cary, North Carolina, 27513 • Telephone (919) 678-2220 TRI 1010 RECOMMENDATIONS FOR PRODUCING LINEN-LOOK YARN ON CONVENTIONAL EQUIPMENT © 1992 Cotton Incorporated. All rights reserved; America’s Cotton Producers and Importers. TABLE OF CONTENTS Page CONCEPT 2 INTRODUCTION 2 FIBER ANALYSIS 3 LINEN-LOOK YARN--PREPARATORY PROCEDURE 3 SPINNING PROCEDURE 4 PROCESSING SEQUENCE AND EQUIPMENT SETTINGS 4 OPENING AND CLEANING 4 CARDING 4 DRAWING--FIRST PROCESS 4 DRAWING--SECOND PROCESS 5 ROVING 5 SPINNING 5 TEST RESULTS--18/1 Ne 6 CONCEPT To produce a 100% cotton novelty yarn with long linen-like slubs using standard mill machinery without special attachments. INTRODUCTION Cotton Incorporated developed a totally new novelty yarn with a linen look which can be produced on conventional mill machinery without special attachments. It is called "linen look" because it simulates long slubs common to linen yarn but is made using 100% cotton. The slubs are formed by using small amounts of comber noils (short fibers) in the final drawing operation. One of the main targets for this yarn is women's wear fabrics for blouses and skirts. In the current work, counts of 18/1 Ne were spun. The effective count range of this type yarn is projected to be from 8/1 Ne to 28/1 Ne. Example: Linen-Look vs. Regular Yarn (Ne 18/1 Ring TM 3.8) 2 FIBER ANALYSES 1. Characteristics of fiber used in this project Type - U.S. upland cotton Grade - SLM Length (inches) - 1.12 Mic - 3.8 - 4.6 Strength (grams/tex) - 24 and up 2.
    [Show full text]
  • The Ideal Rotor Spinning Process for a High Short-Fiber Content Rieter
    John Spatafora Harald Schwippl Technology & Process Analytics Head Technology & Process Analytics Rieter Machines & Systems Rieter Machines & Systems July 2020 The Ideal Rotor Spinning Process for a High Short-Fiber Content Rieter . The Ideal Rotor Spinning Process for a High Short-Fiber Content 2 Rieter . The Ideal Rotor Spinning Process for a High Short-Fiber Content Contents 1. Introduction 4 2. Process Shortening for a High Short-Fiber Content 5 3. Trial Setup 6 4. Optimal Process Sequence 8 4.1. Sliver Evenness and Adhesive Strength on the Intermediate Product 8 4.2. Evenness of the Rotor Yarn 10 4.3. Tenacity and Elongation of the Rotor Yarn 11 4.4. Hairiness and Abrasion of the Rotor Yarn 13 4.5. Running Behavior of the Rotor Spinning Machine 14 5. Advantages of the RSB Module with Two Draft Zones 15 6. Effects on the End Product 17 7. Process Recommendation 20 8. Economic Viability 21 9. Summary 22 3 Rieter . The Ideal Rotor Spinning Process for a High Short-Fiber Content 1. Introduction Unevenness in staple fiber yarns has Improvements of Yarn Unevenness Since 1957 TM been improving constantly in recent de- 100% Cotton, USP 50% (Uster Statistics Percentile) cades despite high production speeds at the individual process steps – from fiber 22 preparation through the end-spinning machine (see Fig. 1). 20 On the one hand, the improvement in 18 unevenness is due to innovations in me- chanical engineering, such as optimiza- 16 tions in drafting system design or newly developed technology components. On 14 Mass variation[%] CVm the other hand, the increasingly precise definition and coordination of raw ma- 12 terial, process sequence and yarn count 10 plays an important role.
    [Show full text]
  • 1 Classes Run 9-12 and 2-5 Each Day. Retreat Day 1 Tuesday, March 27
    Classes run 9-12 and 2-5 each day. Retreat Day 1 Retreat Day 2 Retreat Day 3 Retreat Day 4 Retreat Day 5 Tuesday, March 27, 2018 Wednesday, March 28, 2018 Thursday, March 29, 2018 Friday March 30, 2018 Saturday, March 31, 2018 Casey, English v Spinning Big Boucle the Spinning Big Maggie Start Spinning American & Lofty Yarns Easy Way & Lofty Yarns Longdraw Clemes & Explorations Clemes in Drumcarding Demers, Knitting Happily Knitting Happily Ergo Spin Ergo Spin Ergo Spin Carson Ever After Ever After Egbert, Taking the Taking the Silk Fusion: Fiber Prep Elevated Fiber Prep Elevated Mystery Out Mystery Out Mary Making Paper of the Box of the Box Emerson, Locks in the Locks in the Bernadette Lens, Fiber Lens, Fiber in Focus in Focus Franquemont, Teaching Spindle Intro to Intermediate Backstrap Weaving Abby Spinning Plying Backstrap Weaving Gaustad, The Best from Focus on the The Best from Plying by Design Stephenie Your Wheel Drafting Zone Your Wheel Mackenzie, Extraordinary Extraordinary Judith Perfect Cloth: Spinning Bountiful Beasts: Cloth: Spinning Perfect Unusual The Gentle Art of Plying Unusual Pairings Spinning the Wild Pairings Threads for Threads for Weaving Weaving Moreno, Pretty Maids Living Color Spin & Nosh Yarnitecture 2 Spin & Nosh Jillian All in a Row Mullarkey, Pocket Pocket Woven Shoe Laces John Weaving Weaving Robson, Basic Things Every Spinner Deb The Classic Down Wools Wool Facts for Wool Geeks The Classic Down Wools Should Know About Wool Rodgers, Spinning Twisted Together Wild Plying Wild Plying Esther Loops Ruane, Love
    [Show full text]
  • 1. Overview of Early Stage Wool Processing
    1. Overview of Early Stage Wool Processing David Cottle & Errol Wood Learning objectives On completion of this topic you should be able to: • Outline the main wool processing systems, from greasy wool through to finished yarn; • Describe the essential features of the worsted, woollen and semiworsted processing routes, using an appropriate flow diagram; • Explain the similarities and differences between these routes with respect to (a) the raw material requirements, (b) complexity of each route, and (c) the properties and uses of the yarn produced by each. • Describe the essential differences between a woollen and worsted card. Key terms and concepts Worsted, woollen, semiworsted, blending, lubricating, scouring, carbonising, carding, gilling, combing, spinning, drafting, slubbing, top, sliver, roving Introduction to the topic This topic provides an overview of the steps involved in the early stage processing of wool (ESP), ie, the conversion of greasy wool into yarn. Subsequent topics in this unit provide more details on each processing step in early stage processing, as well as the steps involved in late stage processing. A brief outline of wool processing is provided by Teasdale (1995). Comprehensive information is provided Hunter (2002), Lawrence (2003), and in the review paper by Harrowfield (1987). Technical information relevant to this topic is available via the AWI website www.wool.com. 1.1 Overview of early stage processing There are two main systems used for processing wool from fibre into yarn: the worsted system and the woollen system (Figure 1.1). The semiworsted system, which was developed as a high production spinning route for synthetic fibres, is also used to process wool for carpet yarns.
    [Show full text]