Showing 129–144 of 382 results
UF 3 Ticking, Laundered
Precut 12″ x 12″ Pieces
Laundered UFAC & TB 117 Standard Type I fabric (cover fabric shall be 100% cotton mattress ticking conforming to federal specification CCC-C-436E, cloth, ticking, twill, cotton)
UF 3 Ticking, Laundered
Precut 8″ x 15″ Pieces
Laundered UFAC & TB 117 Standard Type I fabric (cover fabric shall be 100% cotton mattress ticking conforming to federal specification CCC-C-436E, cloth, ticking, twill, cotton)
Beige, 100% Cotton Velvet
For California Fire Marshall’s Test TB 117
Precut into 8″ x 8″ Pieces
Beige, 100% Cotton Velvet
For California Fire Marshall’s Test TB 117
Precut into 8″ x 11″ Pieces
Beige, 100% Cotton Velvet
For California Fire Marshall’s Test TB 117
Precut into 8″ x 15″ Pieces
Blue 71 on Cotton Print Cloth style 400 (4.5” X 6” Cold Cut pieces)
Phenolic yellowing affects natural and synthetic fibers. The phenolic antioxidants present in the packing material along with exposure to oxides of nitrogen and alkali pH of the fabric are responsible for yellowing. The Phenotest assesses the potential of phenolic yellowing of textile materials. Performing this test will
help manufacturers understand and predict if a garment will yellow while in its package, in transit and in storage. Phenolic yellowing is a discoloration phenomenon in textiles caused by the reaction of nitrogen oxides with yellowable phenolic compounds, often resulting in unsightly yellow stains on white or light-colored fabrics. BHT is widely used in polyethylene bags. During storage or transport, BHT can migrate from the packaging to the fabric surface. Nitrogen oxides from combustion react with BHT to form yellow-colored compounds. Testfabrics Phenotest Glass Plates are part of the test apparatus used to carry out phenolic yellowing tests.
Phenolic yellowing affects natural and synthetic fibers. The phenolic antioxidants present in the packing material along with exposure to oxides of nitrogen and alkali pH of the fabric are responsible for yellowing.
The Phenotest assesses the potential of phenolic yellowing of textile materials. Performing this test will help manufacturers understand and predict if a garment will yellow while in its package, in transit,and in storage.
Phenolic yellowing is a discoloration phenomenon in textiles caused by the reaction of nitrogen oxides with yellowable phenolic compounds, often resulting in unsightly yellow stains on white or light-colored fabrics.
BHT is widely used in polyethylene bags. During storage or transport, BHT can migrate from the packaging to the fabric surface. Nitrogen oxides from combustion react with BHT to form yellow-colored compounds.
Testfabrics BHT free film is used as a blank control in the phenotest, to wrap test samples.
Phenolic yellowing affects natural and synthetic fibers. The phenolic antioxidants present in the packing material along with exposure to oxides of nitrogen and alkali pH of the fabric are responsible for yellowing.
Phenolic yellowing is a discoloration phenomenon in textiles caused by the reaction of nitrogen oxides with yellowable phenolic compounds, often resulting in unsightly yellow stains on white or light-colored fabrics.
Testfabrics Phenotest impregnated test papers are soaked in a methanol solution containing phenolic chemicals that can cause yellowing in textiles. The phenolic compounds in the paper act as a controlled source of yellowing agents, simulating the effect of phenolic substances (such as certain antioxidants like BHT) migrating from the material into the paper. When the test paper is placed in contact with a fabric sample under standardized conditions (e.g., in a Perspirometer at 50 °C for 16 hours), any yellowing of the fabric indicates that the fabric has the potential to yellow under similar conditions.
WHITE GLUE
Adhesive, white all-purpose, for sealing edges of specimens
118 ml Bottle
Standard Cigarette for Ignition Resistance Testing
2 cartons(400 cigarettes)
Direct Blue 90 on Cotton Print Cloth style 400 (4.5” X 6” Cold Cut pieces)
Standard CORK LINERS for Pilling Tester
(146 mm) 5.75 inches wide x (452 mm) 17.81 inches
Made in USA
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