Textiles Sample Clauses

Textiles chemical cleaning and treatment of textiles (total force of > 200 kW) (1) Requested: 259.51 kW textile dying .
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Textiles. Laboratory experiments and studies to evaluate and quantify the risk for degradation of silk and wool materials due to exposure to organic acids, analyses of different textile samples subjected to accelerated acetic acid exposure and of textile object surfaces in situ were performed. Accelerated ageing of textile material has been performed to determine the chemical changes caused by exposure to the concentration levels of particularly organic pollutants observed indoors in cultural heritage collections and in protective enclosures for movable cultural heritage assets. Scientific investigations of movable cultural heritage objects from medieval collections and historic samples from museums & galleries (from Tismana, Xxxxx and Sucevita monasteries, and Romanian Military National Museum Bucharest) have been accomplished. The selected cultural heritage items for sampling are dated and were easy to handle due to a good state of conservation. The English Heritage partner collected historic woollen samples and delivered them to UAGE to analyze them. The historic textile materials, including wool, silk fibres and the golden threads have been visualised with the optical microscope – Polarised Light Microscopy, the elemental chemical composition have been analysed with EDX, while the threads analysis have been performed with micro–FTIR, and the micro-morphology have been investigated with SEM and AFM. Physical parameters of the materials have been determined, including the breaking strength, imaging fibre assessment, and colour changes. These techniques have been chosen to determine and monitor the process of degradation, modifications of the molecular composition and physical properties, as an effect of ageing. Complementary analytical techniques have been used to understand and detect chemical alterations at the molecular level. The evidence of changes during acid exposure of silk have been put into evidence by FTIR, SEM and optical microscopy analysis correlated with physical parameters of the materials as the breaking strength, fibre assessment and colour changes. The most visible impact of acidic environment have been observed on the raw (un-degummed) silk, on the outer layer of sericin. It was obvious that after two weeks of exposure at acetic acid, it becomes brittle and is detaching from the fibroin. Exposed at acetic acid the degummed silk started to deteriorate after two weeks and intensity of degradation processes intensifies alongside the increase of ex...
Textiles. If this Purchase Order includes textiles, then: (a) Seller hereby guarantees that any Textile Fiber Products specified herein are not misbranded nor falsely nor deceptively advertised or invoiced under the provisions of the Textile Fiber Products Identification Act and rules and regulations thereunder. (b) Seller hereby guarantees that reasonable and representative tests made according to the procedures prescribed in Section 4(a) of the Flammable Fabrics Act show that fabrics used or contained in the articles of wearing apparel and fabrics otherwise subject to said Act covered by and in the form delivered under this document are not so highly flammable as to be dangerous when worn by individuals. (c) Seller hereby guarantees that Seller has filed with the Consumer Product Safety Commission a continuing guaranty pursuant to the Flammable Fabrics Act.
Textiles. Rules of origin for textiles in CPTPP are treated differently from New Zealand’s other trade agreements. The majority of textile products (yarns including elastomeric yarn, and sewing thread, fabrics including elastic narrow bands, apparel and other made-up textile articles) will need to be manufactured from materials produced within the CPTPP membership in order to qualify for preferential CPTPP tariff rates. To mitigate the impact of some of these restrictive rules, and to take account of production gaps within the CPTPP region, a Short Supply List (SSL) has also been agreed. Products on this list, when used for the specific end-use identified, are deemed to be originating and can be sourced from countries outside the CPTPP. These product lines are largely blended fabrics for use in women’s apparel.
Textiles. Rules of origin for textiles in CPTPP are treated differently from New Zealand’s other trade agreements. The majority of textile products (yarns including elastomeric yarn, and sewing thread, fabrics including elastic narrow bands, apparel and other made-up textile articles) will need to be manufactured from materials produced within the CPTPP membership in order to qualify for preferential CPTPP tariff rates. To mitigate the impact of some of these restrictive rules, and to take account of production gaps within the CPTPP region, a Short Supply List (SSL) has also been agreed. Products on this list, when used for the specific end-use identified, are deemed to be originating and can be sourced from countries outside the CPTPP. These product lines are largely blended fabrics for use in women’s apparel. Advantages of entering CPTPP, Textiles Carpets are exempt from the yarn forward rule contained in CPTPP. The yarns and backings for carpets will be able to be sourced from outside the CPTPP, thus allowing New Zealand carpet manufacturers to secure the full direct benefit from tariff reductions. While New Zealand is not a significant exporter of apparel, it does have many small and successful textile and related fashion design businesses that utilise manufacturing facilities in other CPTPP Parties, (particularly Viet Nam and Malaysia). The full cumulation provisions of CPTPP would open opportunities for these businesses to participate in the CPTPP supply chain. Disadvantages of entering CPTPP, Textiles The textile rules in CPTPP are technically complex. New Zealand textile exporters looking to access preferential tariff treatment in CPTPP markets would face greater compliance costs in proving origin compared to other sectors. Companies that source their materials from non-CPTPP Parties are unlikely to qualify for preferential tariff treatment, unless they are able to shift to CPTPP suppliers. Most of New Zealand’s apparel exports, however, enter CPTPP markets through mail order distribution networks and in price bands that are not sensitive to tariff duties. Those looking for opportunities in more generic product lines would be able to utilise the cumulation provisions, either to source CPTPP originating materials for use in New Zealand manufacture or to provide materials that are further manufactured offshore by CPTPP partners.
Textiles any textile produced directly, in whole or in part, from SEAQUAL YARN. For the purpose of clarity, this includes textiles produced directly from yarn, for example fabrics, seamless garments, cords, straps, hand-knitting yarns and ‘fancy’ yarns. It does not include textile goods made from fabrics, such as clothing.
Textiles. The new provisions on textiles incentivize greater North American production in textiles and apparel trade, strengthen customs enforcement, and facilitate broader consultation and cooperation among the Parties on issues related to textiles and apparel trade. Key Achievement: Strengthening Supply Chains to Provide New Market Opportunities for the Textile and Apparel Sector The provisions will: • Promote greater use of Made-in-the-USA fibers, yarns, and fabrics by: o Limiting rules that allow for some use of non-NAFTA inputs in textile and apparel trade. o Requiring that sewing thread, pocketing fabric, narrow elastic bands, and coated fabric, when incorporated in most apparel and other finished products, be made in the region for those finished products to qualify for trade benefits. • Establish a Textiles chapter for North American trade, including textile-specific verification and customs cooperation provisions that provide new tools for strengthening customs enforcement and preventing fraud and circumvention in this important sector. The new Textiles chapter provisions are stronger than those in NAFTA 1.0 with respect to both enforcement and incentivizing North American production of textiles.
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Textiles. Ti and Ag concentration will be determined by ICP-MS before and after the washing cycles. An acid digestion of the fabric will be applied to prepare the samples for the measurement. The morphology and size of the textile fibers will be evaluated by scanning electron microscopy (SEM). SEM-EDX observations will be performed in order to identify the chemical composition of individual/aggregated nanoparticles on the fibers. In addition, the fabric will be characterized by TGA and FT-IR. Apart from that, the functionality of the fabric will be tested by investigating its antimicrobial activity (S. aureus) following the norm UNE-EN ISO 20743. Collected waters: Individual / aggregated nanoparticles will be identified and its chemical composition will be defined by TEM-EDX, when possible. The concentration of Ag and Ti in collected solutions will be determined directly by ICP-MS. Analysis will be also performed on centrifuged samples / supernatant solutions to differentiate ionized / non-ionized fractions. When possible and appropriate, Ag+ concentrations will be determined by using a Ag+ selective electrode. When possible, Field flow fractionation (FFF) coupled to a multi angle light scattering detector (MALS) and to an inductively coupled plasma-mass spectrometer (ICPMS) will be used (Partner 41 - VN) to characterize the size distribution and the concentration of the Ag and TiO2 nanoparticles.
Textiles. When presenting Institutional Furniture textile options to City end-users, the Contractor shall always include information on textile options certified to at least one of the following standards:  GOTS  Oeko-Tex 100  STeP  Cradle to Cradle
Textiles. Cultural textile presentation, global textile industry investigation (A6.1, 6.2)
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