Product Catalog.Pdf
Total Page：16
File Type：pdf, Size：1020Kb
Load more
Recommended publications
-
Effects of Moisture on the Biaxial Strength of Wood-Based Composites
EFFECTS OF MOISTURE ON THE BIAXIAL STRENGTH OF WOOD-BASEDCOMPOSITES J. C. Suhling* J.M. Considine ** K. C. Yeh* * Department of Mechanical Engineering Auburn University Auburn, AL36849-5341 ** U.S.D.A. Forest Products Laboratory One Gifford Pinchot Drive Madison,WI 53705-2398 ABSTRACT applications such as corrugated containers where it is subjected to complicated biaxial stress states, In the present work, the effects of moisture on including shear. At present, lack of accurate the biaxial strength of wood-based composite materials constitutive relations and reliable strength has been examined. Experiments have been performed on predictions under biaxial loading and variable paperboard to measure the uniaxial and biaxial input environments hampers analysis of such problems. parameters of the tensor polynomial criterion at Therefore, it has been common practice in the paper several levels of relative humidity. With these data, industry to use trial and error, and empirical the dependence of the zero shear biaxial failure approaches for optimizing the designs of paperboard envelope on humidity level has been predicted and products. The current lack of technology limits trends have been observed. creative design improvements which could curtail the excess use of materials and energy. Accurate predictions of material strength under 1. INTRODUCTION general biaxial normal loading plus shear are needed by the design engineer when considering typical Unlike laminated fiber-reinforced composite structural applications of paperboard. Examples of materials, paper (paperboard) is a multiphase important current applications where biaxial stress composite composed of moisture, fibers, voids, and states exist in paperboard include the quality control possibly chemical additives. The fibers in paperboard burst test (bulged plate), material handling are typically organic with cellulose fibers from wood operations during the papermaking process, and stacked being the chief material. -
Cardboard and Brown Paper Bags Office Paper, Newspaper, Junk Mail, Magazines, and Catalogs
Recycling Center 801 Diamond Valley Drive Open: Daily to the public during daylight hours This guide will help you properly prepare your recyclable materials for drop-off at the Town of Windsor Recycle Center. This is a drop-off facility. It does not have a buy-back option and is for use by residents and small businesses. Following this information will help maintain the facility and the recycling program for the benefit of the community. IMPORTANT… • Do not leave your recyclables in plastic bags. Plastic bags are NOT recyclable! • The plastic item must be a BOTTLE or JAR. with a #1 or #2 on the bottom. • 99 percent of these will have a screw-on plastic lid (which isn’t recyclable). • Plastic containers with a #3 - #7 on the bottom are NOT acceptable. • Tubs, buckets, deli plates, microwave/fast food trays, wrappers, Styrofoam, toys, patio furniture, etc. are NOT acceptable. • Plastic bottles larger than 2.5 gallons are NOT acceptable. • Syringes and other medical supplies are NOT acceptable. Cardboard and Brown Paper Bags Corrugated cardboard is easy to recognize. It is made of paper and has an arched layer called “fluting” between smooth sheets called “liners”. The drop-off site has two 40-yard hydraulic compactor units for collecting corrugated cardboard and brown paper bags. The compaction system is self-activated by depositing the prepared materials into a six-inch tall slot. Flatten boxes. Cut or tear large boxes into sections no larger than 4 feet by 4 feet to prevent jamming the machine. No wet, waxed-coated or food-contaminated boxes. -
Simple Origami for Cub Scouts and Leaders
SIMPLE ORIGAMI FOR CUB SCOUTS AND LEADERS Sakiko Wehrman (408) 296-6376 [email protected] ORIGAMI means paper folding. Although it is best known by this Japanese name, the art of paper folding is found all over Asia. It is generally believed to have originated in China, where paper- making methods were first developed two thousand years ago. All you need is paper (and scissors, sometimes). You can use any kind of paper. Traditional origami patterns use square paper but there are some patterns using rectangular paper, paper strips, or even circle shaped paper. Typing paper works well for all these projects. Also try newspaper, gift-wrap paper, or magazine pages. You may even want to draw a design on the paper before folding it. If you want to buy origami paper, it is available at craft stores and stationary stores (or pick it up at Japan Town or China Town when you go there on a field trip). Teach the boys how to make a square piece from a rectangular sheet. Then they will soon figure out they can keep going, making smaller and smaller squares. Then they will be making small folded trees or cups! Standard origami paper sold at a store is 15cm x 15 cm (6”x6”) but they come as small as 4cm (1.5”) and as large as 24cm (almost 9.5”). They come in different colors either single sided or double sided. They also come in different patterns, varying from traditional Japanese patterns to sparkles. When you make an origami, take your time. -
+88 01711 670493, +88 01932 451320 Email: [email protected], Bazlay [email protected] Hessian Cloth Width : 22 to 80 Inch Weight : 5 to 14 Ozs Per Sq
Esource Enterprise 66/A, Central Road, Dhanmondi, Dhaka-1205 Phone: +88 01711 670493, +88 01932 451320 Email: [email protected], [email protected] Hessian Cloth Width : 22 to 80 inch Weight : 5 to 14 ozs per sq. yd Color : Natural, Semi-brite, Full-brite and dyed Packing : 700/2000 yds. Per iron bound bale or in roll Hessian Bags Sizes : Available as per buyers requirement Sewing : Herakle and Overhead (safety sewing optional) Color : Natural, Semi-brite, Full-brite, bleached and dyed Branding : Upto three colors Packing : 500/1000 bags flat/folded in iron bound bale Standard : Australian Bran Bag, Cotton Pack, Fertilizer Bag, bags Japanese Rice Bag, Onion Pocket Potato Bag, Multi colored Shopping Bag Sacking Bags A Twill Bag : 44” x 26.5”, 2.62 lbs B Twill Bag : 44” x 26.5”, 2.25 lbs L Twill Bag : 44” x 26.5”, 2.50 lbs Corn Sack : 41” x 23”, 1.75 – 2.15 lbs Binola Bag : 44” x 26.5”, 2.00 lbs Cement Bag : 29” x 20”, 1.25 lbs Coffee Bag : 40” x 26”, 2.00 lbs Grain Sack : 60” x 30”, 3.25 lbs Sugar Twill : 44” x 28”, 2.00 lbs Double Wrap Bag : Heavycees (40” x 28”, 2.25 lbs) Lightcees (40” x 28”, 2.00 lbs) D.W. Flour Bag : 58” x 28”, 2.25 lbs D.W. Salt Bag : 45” x 26.5”, 1.75 lbs D.W. Nitrate Bag : 35” x 26”, 1.25 lbs Sizes : As per requirement Weight : Standard or light Sewing : Overhead Dry and Overhead Tar (Safety Sewing optional) Color : Natural Branding : Upto three colors Packing : 200 – 500 bags flat/folded in iron bound bale Sacking Cloth Width : 22.5 to 30 inch Weight : 12.10 oz to 16.18 oz/yd Packing : 1000 yd/Bale Stripe : Blue or Green (As per requirement) Carpet Backing Cloth (CBC) Secondary Backing : 47 - 203 Weight : 5.5 - 90 oz. -
Crumple a Watershed
Crumple a Watershed Description: Students gain an intuitive knowledge of the physical aspects of watersheds by creating their own watershed models. Learning Objectives: This activity gives students an approachable perspective on watersheds by making simple watershed models. SCIENCE TOPICS PROCESS SKILLS GRADE LEVEL Geography Modeling 4 Geology Scale Watersheds Making Models TIME REQUIRED Advance Preparation Set Up Activity Clean Up 15 minutes 15 minutes 60 minutes 15 minutes SUPPLIES • One 8.5” x 11” sheet of paper per student, preferably graph paper. • One sheet of cardboard or tag board approximately 8.5” x 11”. (You do not have to be precise.) • Several different colors of water-soluble, non-permanent, felt markers (e.g. Crayola). The best colors are dark colors, such as black, brown, purple, blue and green. It is best for each student to have at least one blue marker. • Clean spray bottles. (You may want to have only one available.) • Scotch tape, one roll for every two students (can be shared). • Plastic relief map (if available). • One shaded, paper relief map. • Materials to photocopy: Science Background, Student Procedure, and Master A (1 each per student). Crumple a Watershed 1 Expedition Northwest 4th Grade Earth Science ©2006, OMSI ADVANCE PREPARATION • Fill clean spray bottles with tap water. • Cut the cardboard or tag board to size, approximately 8.5” x 11”. • Find a plastic relief map to use as an example, they are relatively inexpensive and can be found for every region of the state. • Find a paper, shaded relief map, also to be used as an example. You may want to cut one up to hand out a section to each student. -
The EMA Guide to Envelopes and Mailing
The EMA Guide to Envelopes & Mailing 1 Table of Contents I. History of the Envelope An Overview of Envelope Beginnings II. Introduction to the Envelope Envelope Construction and Types III. Standard Sizes and How They Originated The Beginning of Size Standardization IV. Envelope Construction, Seams and Flaps 1. Seam Construction 2. Glues and Flaps V. Selecting the Right Materials 1. Paper & Other Substrates 2. Window Film 3. Gums/Adhesives 4. Inks 5. Envelope Storage 6. Envelope Materials and the Environment 7. The Paper Industry and the Environment VI. Talking with an Envelope Manufacturer How to Get the Best Finished Product VII. Working with the Postal Service Finding the Information You Need VIII. Final Thoughts IX. Glossary of Terms 2 Forward – The EMA Guide to Envelopes & Mailing The envelope is only a folded piece of paper yet it is an important part of our national communications system. The power of the envelope is the power to touch someone else in a very personal way. The envelope has been used to convey important messages of national interest or just to say “hello.” It may contain a greeting card sent to a friend or relative, a bill or other important notice. The envelope never bothers you during the dinner hour nor does it shout at you in the middle of a television program. The envelope is a silent messenger – a very personal way to tell someone you care or get them interested in your product or service. Many people purchase envelopes over the counter and have never stopped to think about everything that goes into the production of an envelope. -
FAQ About Recycling Cartons
FREQUENTLY ASKED QUESTIONS ABOUT CARTONS WHAT IS A CARTON? » Cartons are a type of packaging for food and beverage products you can purchase at the store. They are easy to recognize and are available in two types—shelf-stable and refrigerated. Shelf-stable cartons (types of products) Refrigerated (types of products) » Juice » Milk » Milk » Juice » Soy Milk » Cream » Soup and broth » Egg substitutes » Wine You will find these You will find these products in the chilled products on the shelves sections of grocery stores. in grocery stores. WHAT ARE CARTONS MADE FROM? » Cartons are mainly made from paper in the form of paperboard, as well as thin layers of polyethylene (plastic) and/or aluminum. Shelf-stable cartons contain on average 74% paper, 22% polyethylene and 4% aluminum. Refrigerated cartons contain about 80% paper and 20% polyethylene. ARE CARTONS RECYCLABLE? » Yes! Cartons are recyclable. In fact, the paper fiber contained in cartons is extremely valuable and useful to make new products. WHERE CAN I RECYCLE CARTONS? » To learn if your community accepts cartons for recycling, please visit RecycleCartons.com or check with your local recycling program. HOW DO I RECYCLE CARTONS? » Simply place the cartons in your recycle bin. If your recycling program collects materials as “single- stream,” you may place your cartons in your bin with all the other recyclables. If your recycling program collects materials as “dual-stream” (paper items together and plastic, metal and glass together), please place cartons with your plastic, metal and glass containers. WAIT, YOU JUST SAID CARTONS ARE MADE MAINLY FROM PAPER. Don’t I WANT TO PUT THEM WITH OTHER PAPER RECYCLABLES? » Good question. -
Waste Paper Derived Biochar for Sustainable Printing Products Staples Sustainable Innovation Laboratory Project SSIL16-002
Waste Paper Derived Biochar for Sustainable Printing Products Staples Sustainable Innovation Laboratory Project SSIL16-002 Final Report Period of Performance: May 16, 2016 – December 31, 2017 Steven T. Barber and Thomas A. Trabold (PI) Golisano Institute for Sustainability Rochester Institute of Technology 1 A. Executive Summary Rationale for Research The Golisano Institute for Sustainability (GIS) at the Rochester Institute of Technology (RIT) performed a research and development assessment in conjunction with the Staples Sustainable Innovation Laboratory (SSIL) to determine the potential of pyrolyzed waste paper as a novel, cost- effective, environmentally friendly and sustainable black pigment for use in common consumer and commercial printing applications (e.g. inkjet, lithography and flexography). To do so, the primary focus of the project was the creation and testing of a stable form of elemental carbon called “biochar” (BC) to replace the heavy fuel oil derived “carbon black” (CB) pigment ubiquitously used in inks since the late 1800’s. Reducing the use of CB would lessen the demand for fossil fuels, decrease printing’s environmental impact and potentially save money since biochars are typically created from free or low cost waste feedstocks which would ordinarily be disposed. Prior published scientific research and patents demonstrated that biochars could be successfully made from box cardboard, paper towels and glossy paper. If paper waste biochars could then be successfully transformed into a sustainable black ink pigment replacement, significant commercial potential exists since the global printing ink market is forecasted to reach $23.8 billion by 2023 and consumers would like the option of a more ‘green’ alternative. -
Viimeinen Päivitys 8
Versio 20.10.2012 (222 siv.). HÖYRY-, TEOLLISUUS- JA LIIKENNEHISTORIAA MAAILMALLA. INDUSTRIAL AND TRANSPORTATION HERITAGE IN THE WORLD. (http://www.steamengine.fi/) Suomen Höyrykoneyhdistys ry. The Steam Engine Society of Finland. © Erkki Härö [email protected] Sisältöryhmitys: Index: 1.A. Höyry-yhdistykset, verkostot. Societies, Associations, Networks related to the Steam Heritage. 1.B. Höyrymuseot. Steam Museums. 2. Teollisuusperinneyhdistykset ja verkostot. Industrial Heritage Associations and Networks. 3. Laajat teollisuusmuseot, tiedekeskukset. Main Industrial Museums, Science Centres. 4. Energiantuotanto, voimalat. Energy, Power Stations. 5.A. Paperi ja pahvi. Yhdistykset ja verkostot. Paper and Cardboard History. Associations and Networks. 5.B. Paperi ja pahvi. Museot. Paper and Cardboard. Museums. 6. Puusepänteollisuus, sahat ja uitto jne. Sawmills, Timber Floating, Woodworking, Carpentry etc. 7.A. Metalliruukit, metalliteollisuus. Yhdistykset ja verkostot. Ironworks, Metallurgy. Associations and Networks. 7.B. Ruukki- ja metalliteollisuusmuseot. Ironworks, Metallurgy. Museums. 1 8. Konepajateollisuus, koneet. Yhdistykset ja museot. Mechanical Works, Machinery. Associations and Museums. 9.A. Kaivokset ja louhokset (metallit, savi, kivi, kalkki). Yhdistykset ja verkostot. Mining, Quarrying, Peat etc. Associations and Networks. 9.B. Kaivosmuseot. Mining Museums. 10. Tiiliteollisuus. Brick Industry. 11. Lasiteollisuus, keramiikka. Glass, Clayware etc. 12.A. Tekstiiliteollisuus, nahka. Verkostot. Textile Industry, Leather. Networks. -
City of St. Louis Park Zero Waste Packaging Ordinance Chapter 12
City of St. Louis Park Zero Waste Packaging Ordinance May 17, 2016 Zero Waste Packaging Background • Nov. 2014 to May 2015 – • December 21, 2015 – After Discussed research, goals, public hearings, adoption of process for considering ordinance policy • July to Nov. 2015 – Industry • January 1, 2017 – Ordinance and local stakeholder input, becomes effective draft ordinance discussion Legislative Purpose/Goals • Sec.12.201: To increase traditional recycling and organics recycling while reducing waste and environmental impact from non-reusable, non-recyclable, and non-compostable food and beverage packaging Ordinance Requirements 1. Food establishments required to use “Zero Waste Packaging” for food prepared and served on-site or packaged to-go Must be: Excludes: Reusable or Returnable . Foods pre-packaged by Recyclable * manufacturer/producer/distributor Compostable * . Plastic knives/forks/spoons . Plastic films less than ten mils thick *Recyclable and Compostable packaging require development of acceptable material lists by city Ordinance Requirements 2. Food establishments required to provide on-site recycling and/or organics recycling for customers dining-in Development of Acceptable Packaging Materials • Lists is reviewed and approved by Council annually – Recyclable and compostable packaging meeting definitions in 12.202 – Exemptions for packaging in 12.206 Acceptable Recyclable Packaging Materials Food or beverage containers that are: • Made of recyclable material • Accepted by local material recovery facilities • Marketed to existing -
Brown Paper Goods Company 2016 STOCK PRODUCT CATALOG
Page 1 Brown Paper Goods Company 2016 STOCK PRODUCT CATALOG Manufacturers of Specialty Bags & Sheets for the Food Service Industry Since 1918 3530 Birchwood Drive Waukegan, IL 60085-8334 Phone (800) 323-9099 Fax (847) 688-1458 www.brownpapergoods.com BROWN PAPER GOODS CATALOG 2015 Page 2 CONTENTS 2 CONTENTS GENERAL INFORMATION 3 TERMS AND CONDITIONS PAN LINER 4 BAKING PAN LINERS 5 PLAIN WRAPS FLAT WRAP 6 PRINTED WRAPS 7 FOIL WRAPS INTERFOLD 8 INTERFOLDED SHEETS 9 POPCORN BAGS 10 PIZZA BAGS 11 HOT DOG AND SUB BAGS BAGS - FAST FOOD 12 FOIL HOT DOG AND SANDWICH BAGS 13 FRENCH FRY BAGS 14 PLAIN SANDWICH BAGS 15 PRINTED SANDWICH BAGS 16 WHITE MG & WAXED BREAD BAGS BAGS - BAKERY BREAD 17 PRINTED BREAD BAGS 18 NATURAL PANEL BAGS 19 WAXSEAL AUTOMATIC BAKERY BAGS BAGS - S.O.S AUTOMATIC STYLE 20 CARRY OUT SACKS & SCHOOL LUNCH BAGS BAGS - COFFEE / CANDY 21 COFFEE / CANDY DUPLEX AUTOMATIC BAGS BAGS - DELI DUPLEX CARRY-OUT 22 A LA CARTE CARRY-OUT DELI BAGS 23 STEAK PAPER DISPLAY SHEETS 24 STEAK PAPER ROLLS 25 WHITE BUTCHER & TABLE COVER ROLLS ROLLS AND DELI SHEETS 26 FREEZER ROLLS 27 PATTY PAPERS - BUTCHER SHEETS 28 NATURAL BUTCHER, & MARKET ROLLS 29 DOGGIE - CANDY BAGS - GIBLET BAGS TABLE TOP - HOSPITALITY - GIBLET 30 NAPKIN RING BANDS 31 SILVERWARE BAGS - JAN SAN - HOSPITALITY ITEMS 32 GLASSINE BAGS GLASSINE & CELLOPHANE 33 CELLOPHANE BAGS & SHEETS PRODUCE BAGS 34 POLY MESH PRODUCE HARVEST BAGS 35 CATEGORY INDEX INDICES 36 NUMERICAL INDEX A 37 NUMERICAL INDEX B Brown Paper Goods Company 3530 Birchwood Drive Waukegan, IL 60085 (800) 323-9099 www.brownpapergoods.com Page 3 BROWN PAPER GOODS TERMS & CONDITIONS Terms of Sale Freight Full freight allowed on combined shipments of 1,000 pounds or more to all states except Alaska and Hawaii. -
Paper and Board Packaging Recyclability Guidelines
FOR THE FU IGN TU ES R D E PAPER AND BOARD PACKAGING RECYCLABILITY GUIDELINES PAPER AND BOARD PACKAGING RECYCLABILITY GUIDELINES Helping retailers and brands specify and design packaging that can be reprocessed in paper mills 2 PAPER AND BOARD PACKAGING RECYCLABILITY GUIDELINES 3 CONTENTS PAPER AND BOARD PACKAGING RECYCLABILITY GUIDELINES Paper is a sustainable, renewable and ecologically sound choice for packaging DE because almost all paper and board is recyclable. In practice, the recyclability of 4 Plastic SIG packaging products will be determined by composition and design, and the way N they are collected and presented for reprocessing. The vast majority of paper- based products are easily recyclable. 8 Coatings FO R Paper recycling in the UK is a success story, with over 80% of paper and board 9 Peelable Solutions T packaging recovered for recycling. Paper for Recycling (PfR) is collected primarily H for use in manufacturing processes and is used as an alternative to virgin materials e.g. wood pulp. When presented it should therefore be of adequate quality and 10 Varnishes and Curable Varnishes E Recyclability of paper-based packaging economically viable to use. F As society evolves, different applications are found for paper and board which 11 Adhesives U sometimes require changes to its functionality. This is often achieved by combining 11 Alternative Barriers T the fibre substrate with another material to form a composite multi-layer laminate, U providing properties such as water resistance or a gas barrier to extend product life. These changes provide challenges for recycling, and in many instances can R 97% 12 Paper Products 3% increase the costs of reprocessing and of waste disposal.