Europa Wools Limited is a family owned business established in 1988 as merchants, stockists and processors of wool and textile fibres. Our expertise, which now spans more than 30 years, has enabled us to become a major player in the world textile industry.
We also source and stock scoured wools from many other origins such as South Africa, South America and various European origins. If we dont have a wool that meets your requirements from stock, with our expertise and sourcing capability we can generally supply any wool you require at competitive prices and unbeatable quality.
We select the best style, snow white fleeces for our Falkland types. We stock good length fleeces in microns ranging from 19 Microns up to 29 Microns. Generally very clean fleeces at no more than 0.3% VM.
Best quality tops for many applications in the worsted spinning sector. We specialize in South American Tops Monte Video in Microns ranging from 18.5 Micron up to 29.5 Microns. We have a wide range of British tops from the rare breeds to the run of the mill crossbred types.
We stock a wide range of NZ types including lambs, slipes, fleeces and pieces. We mainly carry average to good colour grades ranging from 22 Microns 38 Microns, lengths of 1-3 up to 4-6 with low VM percentages.
Being a registered trader with the British Wool Marketing Board we have access to all the British wool types in the wool auction. We aim to have a good variety in natural shades and good colour, clean types, ranging from 28 Micron to 38 Microns.
We stock many different types of broken and open tops from the best quality combers. Tops from South Africa Cape ranging from 18 Microns to 22.5 Microns. We also stock Australian tops, 17.5 Microns to 22.5 Microns and European Tops 24 Microns to 30 Microns.
We stock many Australian types, including Lambs, Fleeces and Pieces. The bulk of our Australian wools are lamb and fleece types, ranging from 18 Micron up to 28 Micron, best style and good colour. VM of no more than 0.3%.
Our main stock of Carbonised wools are Australian Lamb types. Best style, good length, super colour in Microns ranging from 18 Micron up to 28 Micron. We also stock and source Carbonised lamb and fleece types from many other origins, such as South Africa and South America.
We offer a wide range of speciality fibres in combed tops, scoured and also noils. These fibres include Silk, Alpaca, Mohair, Cashmere and many other types. With our knowledge and expertise we can source and supply many different types at competitive prices and unbeatable quality.
With a large stock holding of synthetic types we can offer consistent quality, fast delivery and competitive prices. Nylon is our strength, offering semi dull staple fibre in various lengths, and combed tops. Other types include polyester staple fibre, Acrylic, and Viscose.
We can create blends from all natural fibres and synthetic fibres. Looking for something unique? We can bespoke gill blend combed tops to create blends of many fibres. Starting from as little as 10kgs up to large runs.
From only 10kgs up to large runs, we can dye loose stock or tops for all types of natural and synthetic fibres. Using high tech colour matching systems, we can match any colour that is required on most fibres.
greater rigidity and is easier to handle. Recommended for ferrous materials. TiALN Coated Miniature Carbide Decimal End Mills recommended for high speed machining of graphite, aluminum, cast iron or steel in dry or semi-dry conditions.
Standard Carbide End Mills Standard Length, General Purpose 2 flutes are best used for slotting non-ferrous, plastic and composite materials, 3 flutes offer greater stability for smoother cutting and 4 flutes are best used for profile and contour machining.
50 and 60 Helix Carbide End Mills improve surface finish and feed rates with our high helix tools. Recommended for increased speeds and feeds in stainless steel, titanium, inconel and other high temperature alloys.
Look at all that Parmesan Cheese on that Papadia. Our freshly folded flatbread filled with juicy meats and melted cheese now has a crunchy, toasty outside. Try one for $7 each.
Offers good for a limited time at participating U.S. Papa John's restaurants. Prices may vary. Not valid with any other coupons or discounts. All beverage related trademarks are registered Trademarks of PepsiCo, Inc. Some offers require the purchase of multiple pizzas. Some offers may be available online only. No triple toppings or extra cheese. Certain toppings may be excluded from special offer pizzas or require additional charge. Additional toppings extra. Limit seven toppings to ensure bake quality. Limited delivery area. Delivery fee may apply and may not be subject to discount. Minimum purchase may be required for delivery. Customer responsible for all applicable taxes. No purchase necessary. MSG and Data rates may apply. Click here for SMS term and conditions for terms and conditions. Text HELP for help. Six (6) message per month. Text CANCEL to cancel. Customer Care Team Contact Us. 2021 PapaJohn's International, Inc. All Rights Reserved. Canada: Adults and youth (ages 13 and older) need an average of 2,000 calories a day, and children (ages 4 to 12) need an average of 1,500 calories a day. However, individual needs vary. l-webnc-p16-21.10.0-rc.3 21.10.0-rc.2
Canada: Adults and youth (ages 13 and older) need an average of 2,000 calories a day, and children (ages 4 to 12) need an average of 1,500 calories a day. However, individual needs vary. l-webnc-p16-21.10.0-rc.3 21.10.0-rc.2
Graphite oxidation by oxygen-containing functional groupsVariation of intensity and positions of D, G and 2D bandsEfficient intercalation of the oxygen atoms between the layers of grapheneParticle size distribution by TEM in ball milling process
The graphene oxides (GO) were prepared by a ball milling process with potassium perchlorate as oxidizing agent and deionized water as milling medium. GO samples were synthesized at different processing times and compared with a sample prepared by the Hummer's method. The prepared graphene oxides have been studied by Fourier transform infrared (FTIR), Raman spectroscopies, powder X-ray diffraction (XRD), scanning electron microscopy (SEM) and transmission electron microscopy (TEM). FTIR spectroscopy indicates presence of oxygen-bearing functional groups on the surface, Raman spectroscopy, XRD, SEM and TEM analysis confirm GO formation in ball milling. The sample processed for 12h (GO 12h) showed the highest yield of the product, presenting a suitable particle size (40nm) for biomedical applications, especially in drug delivery systems. Ball milling can be considered as suitable method to obtain GO due to time processing, good quality of product and chemical components used.
Crystalline salts can severely weaken the evaporator performance.The good salt-rejecting property comes from the high porosity and large pores.System achieves high-efficient self-cleaning operation in the high-salinity brine.High evaporation efficiency of the evaporator benefits from salt rejection.
Solar interfacial evaporation technology has been advanced rapidly in recent years due to its high efficiency and environment friendliness. However, the salt accumulation in the evaporation surface severely limits the stable evaporation performance of interfacial evaporator, especially for high-salinity brine. Here, we prepared a salt-rejecting solar evaporator with carbon blacks deposited on the super-hydrophilic polystyrene/lignocellulose (PS/LF) skeleton. By analyzing the factors that affect antifouling ability of evaporators, like the skeleton porosity and pore size, we obtained a continuous salt-rejecting porous structure with the porosity of about 70.4% and the pore size of 150300m. This evaporator with optimized porous structure could achieve continuous salt rejection in the high-salinity environment (15% NaCl), and exhibit a stable evaporation rate of 1.90kgm2h1 and a high evaporation efficiency of 85.5% under a 1.5-sun irradiation. The good salt-rejecting property comes from the high porosity of evaporator which means numerous water channels to promote salt exchange, and large pores which means large hydraulic diameter and small tortuosity of pore channels to shorten the migration distance of salt ions back to bulk water. These two factors together promote the rapid reflux of salt ions, enabling the continuously self-cleaning of evaporator. Given the salt accumulation on the surface could contaminate the sunlight absorption, the high evaporation efficiency of the evaporator benefits from the salt rejecting. At the same time, the thermal insulation structure which was used to support the evaporator further ensures the high evaporation efficiency.