This document discusses quality control in the textile industry. It defines quality control and its objectives to maximize production within specifications and achieve satisfactory design. It describes various quality control systems, including online systems that detect faults and take corrective action during production, and offline systems that involve stopping production for testing and inspection. It outlines several physical, chemical, and performance tests conducted on textiles, such as tensile strength testing, abrasion resistance testing, crocking resistance testing, and flame resistance testing. The goal of quality control is to maintain high quality, cost effectiveness, and environmental friendliness of textile production.
To determine the grade of given bitumen. The penetration test is used as a measure of consistency. Higher values of penetration indicate softer consistency.
The slideshow will be narrative of the testing for fabrics in the crisp and clear fashion. The different types of tests of fabrics along with colorfastness are also explained.
This document describes the penetration test method for bituminous materials (ASTM D5-13). The penetration test determines the consistency of a bitumen sample by measuring the depth in tenths of a millimeter that a standard needle vertically penetrates the sample under specific conditions. A higher penetration value indicates a softer consistency. The method involves heating the sample, cooling it, and using a penetrometer to take three measurements at the test temperature. The measurements are averaged and the penetration grade is reported.
The document compares the requirements for flash fire protective clothing standards from four organizations: ASTM F 1506-00, NFPA 1975 (1999), NFPA 2112 (2001 proposed), and CAN/CGSB 155.20 (2000). It outlines the key differences between the standards in areas such as certification requirements, product labeling, flame resistance testing, and physical performance testing. The standards have both similarities and differences in their requirements for clothing design, construction, and testing to demonstrate flame resistance and durability.
This document provides the test method and procedures for evaluating the pilling resistance of textile fabrics using a random tumble pilling tester according to ASTM D3512. It describes the required apparatus, including the random tumble pilling tester, cork cylinder liners, and air injection device. It outlines the specimen preparation, conditioning, testing procedure, evaluation method using a rating scale of 1 to 5, and reporting requirements. The goal is to objectively assess the formation of pills and other surface changes on textile fabrics after tumbling tests.
This resin is formulated to produce clear laminates and coatings with good UV stability. It is commonly used to seal and protect artwork, paintings, and sculptures. The resin is easy to use, cures at ambient temperature, is self-leveling, non-flammable, odor-free, and has no solvent content. It is mixed in a 1:1 ratio by volume and thoroughly stirred to ensure homogeneity before application by hand pouring or brush/roller. The cured resin produces a optically clear, high gloss, and tough coating suitable for protecting artwork, tabletops, badges, and more.
This document discusses quality control in the textile industry. It defines quality control and its objectives to maximize production within specifications and achieve satisfactory design. It describes various quality control systems, including online systems that detect faults and take corrective action during production, and offline systems that involve stopping production for testing and inspection. It outlines several physical, chemical, and performance tests conducted on textiles, such as tensile strength testing, abrasion resistance testing, crocking resistance testing, and flame resistance testing. The goal of quality control is to maintain high quality, cost effectiveness, and environmental friendliness of textile production.
To determine the grade of given bitumen. The penetration test is used as a measure of consistency. Higher values of penetration indicate softer consistency.
The slideshow will be narrative of the testing for fabrics in the crisp and clear fashion. The different types of tests of fabrics along with colorfastness are also explained.
This document describes the penetration test method for bituminous materials (ASTM D5-13). The penetration test determines the consistency of a bitumen sample by measuring the depth in tenths of a millimeter that a standard needle vertically penetrates the sample under specific conditions. A higher penetration value indicates a softer consistency. The method involves heating the sample, cooling it, and using a penetrometer to take three measurements at the test temperature. The measurements are averaged and the penetration grade is reported.
The document compares the requirements for flash fire protective clothing standards from four organizations: ASTM F 1506-00, NFPA 1975 (1999), NFPA 2112 (2001 proposed), and CAN/CGSB 155.20 (2000). It outlines the key differences between the standards in areas such as certification requirements, product labeling, flame resistance testing, and physical performance testing. The standards have both similarities and differences in their requirements for clothing design, construction, and testing to demonstrate flame resistance and durability.
This document provides the test method and procedures for evaluating the pilling resistance of textile fabrics using a random tumble pilling tester according to ASTM D3512. It describes the required apparatus, including the random tumble pilling tester, cork cylinder liners, and air injection device. It outlines the specimen preparation, conditioning, testing procedure, evaluation method using a rating scale of 1 to 5, and reporting requirements. The goal is to objectively assess the formation of pills and other surface changes on textile fabrics after tumbling tests.
This resin is formulated to produce clear laminates and coatings with good UV stability. It is commonly used to seal and protect artwork, paintings, and sculptures. The resin is easy to use, cures at ambient temperature, is self-leveling, non-flammable, odor-free, and has no solvent content. It is mixed in a 1:1 ratio by volume and thoroughly stirred to ensure homogeneity before application by hand pouring or brush/roller. The cured resin produces a optically clear, high gloss, and tough coating suitable for protecting artwork, tabletops, badges, and more.
This document discusses colourfastness testing to washing. It provides details on four ISO and AATCC test methods that evaluate how colourfast textiles are to domestic and commercial laundering. These tests subject textile samples to simulated washing cycles to test for colour change, staining of adjacent fibres, and self-staining. The document also describes the test procedures, assessments of results, and case studies demonstrating how understanding test outcomes and the end use of textiles is important for ensuring colourfastness.
A lab dip is a fabric swatch that is dyed to match a color standard provided by a buyer. The lab dip process involves dyeing fabric swatches using varying dye percentages with or without a spectrophotometer to match the buyer's color. Getting an accurate lab dip is important for shade matching before bulk production. There are different lighting conditions used to evaluate lab dips, such as tube light, sunlight, and ultraviolet light. The main objectives of a lab dip are to calculate the dye recipe, compare the dyed sample to the buyer's swatch, revise the recipe if needed, and finally approve an accurate lab dip.
Color fastness refers to a textile's resistance to fading or color transfer during washing, light exposure, or other processes. It is important to test dyed or printed fabrics for color fastness using standardized methods. These include using a xenotester to test light fastness, a wash wheel to test washing fastness, and a crock meter to test rubbing fastness. Perspiration fastness is tested using a perspirometer. Test results are evaluated using grey scales to rate the degree of color change or transfer on a scale of 1 to 5. Proper evaluation of color fastness helps ensure textiles maintain their color as intended for the customer.
Quality control and testing are essential processes in the textile industry to ensure products meet specifications. There are several key steps:
1) Pretreatment processes like singeing, desizing, bleaching, and mercerization are tested for parameters like chemical concentrations, temperatures, and absorbency.
2) Dyeing and printing undergo physical tests for properties like colorfastness and chemical tests.
3) Finishing is tested for characteristics such as abrasion resistance, shrinkage, weather resistance, and burn resistance. Regular quality control and testing at all stages of production are vital for maintaining textile quality standards.
The document provides instructions for making fabric color fast for inkjet printing in 6 steps: 1) cut untreated fabric to size, 2) saturate fabric with color-fast solution and let dry, 3) iron fabric onto freezer paper, 4) print design on highest quality settings, 5) soak printed fabric in color-fast rinse, and 6) hang to dry. Following this process will result in printed fabric that retains its color after gentle washing.
This document provides information on quality control procedures for various steps in the dyeing process, including greige goods inspection, desizing, scouring, bleaching, and souring. It outlines objectives and standards for important quality control measurements at each stage, such as chemical concentrations, temperatures, times, pickups, and pH levels. Corrective actions are suggested for when standards are not met. The overall goal of the quality control procedures is to maintain a consistent, high quality of materials throughout the textile manufacturing process.
This document provides information about various color fastness tests that are conducted on dyed textile goods. It describes tests for color fastness to washing, rubbing, perspiration, light, hot pressing and other factors. For each test, it outlines the objectives, equipment needed, sample preparation procedures, testing methods, and processes for evaluating results. Color fastness is an important requirement for textile customers. This document serves to explain the various methods used to test how resistant the color of dyed textiles is to different conditions and hazards.
Although these tests are different depending on buyers’ requirements & it needs a vast discussion. But I’ll discuss on very basic things shortly for only garments probationers. Please keep in mind what I wanted to say in my writings, there are so many ways here to perform a job, through day by day practices, you’ll find the easiest way for you to do your job well.
This document describes the quality control system (DQS) used by Decno Flooring for their laminate flooring production. DQS involves multiple stages of quality checking and testing before, during, and after production. This includes checking raw materials, monitoring the production process, and performing tests on finished products to check for defects and ensure dimensional accuracy. DQS aims to address all customer concerns regarding laminate flooring quality.
This document discusses different types of fastness testing that are important for textiles. It defines fastness as the resistance of a material's color to fading or running. It then lists 11 different types of fastness testing including color fastness to wash, light, rubbing, perspiration, chemicals, and weathering. The document focuses on describing the procedures for testing color fastness to wash, rubbing, perspiration, light, and heat pressing. It emphasizes that fastness testing is essential in the textile industry before bulk production to ensure colorfastness.
This document provides information about lab dip development and dyeing processes. It begins with an overview of lab dip development, which involves matching dye samples to buyer's swatches. Key objectives of lab dip include calculating dye recipes, comparing samples to swatches, and approving the final lab dip. Common stock solutions and an example calculation for a 0.5% shade are also provided. The document then outlines the general procedure for lab dip dyeing and provides a flow chart depicting the process for sample dyeing from scouring through to softening. Additional details include a recipe and calculations for dyeing cotton with reactive dyes and information about the turquoise color including its types and the specific process flow for dyeing cotton knit fabric that
Color fastness to domestic and commercial laundering (ISO 105-C06:1994)Umer Nafees
This document summarizes a test method for determining colorfastness to washing. The test involves washing samples attached to a multifiber swatch using standard detergents, then assessing any change in shade of the sample or staining of the swatch. Key steps include cutting samples, preparing a wash liquor, running samples through a wash wheel for a set time, then drying and assessing color changes and staining using grey scales under standardized lighting. The test evaluates performance of textiles to common washing conditions.
This document introduces a new digital filtration media pore determination test rig. The test rig can determine key characteristics of filtration media like air resistance, air permeability, maximum pore size, mean pore size, and micron rating. It provides direct digital readings on these metrics. The test rig is designed to be easy to use and operate, and can test filtration media according to various industry standards and methods. It is a versatile instrument that can help filter manufacturers and users evaluate filtration media performance.
The document discusses different methods for conducting final inspections of garments before packing. It describes inspecting items for size, fit, quality, and labeling. Statistical sampling is identified as a practical and economical inspection method that applies flexible sampling based on risk and importance, and defines acceptable quality levels and sampling plans.
FEC manufactures an air permeability tester that measures the rate of air flow through fabrics under varying pressures. The tester features exchangeable test areas of 10, 20, 50, and 100 cm2 and measures air flow rates from 9 to 19,400 lph. A digital pressure indicator precisely measures pressure differences up to 999 mm water column. The tester clamps fabric samples between rubber-lined rings and uses a vacuum pump to draw air through the material, with flow measured by rotameters according to ISO and DIN testing standards.
FASTNESSES BEHAVIOUR OF TEXTILE MATERIALMD SOHEL KHAN
This document discusses various types of textile fastness testing, including procedures and importance. It covers color fastness to light, heat pressing, chlorinated water, and wash. Color fastness to light determines how color fades under light exposure. Tests involve exposing samples to light and comparing color change. Color fastness to heat and chlorinated water involve applying heat or chlorine solutions to samples and assessing color change. Color fastness to wash determines color change and staining when samples are laundered using standard detergent solutions and procedures. Proper fastness testing is important for the textile industry before bulk production to ensure colorfastness under relevant conditions.
This document outlines tests to identify dyes and determine colorfastness. To identify dyes, test specimens are treated with solvents which cause sulphur, oxidation black and vat dyes to decolorize or change shade. Vat dyes can be restored with developer. Sodium sulphoxylate formaldehyde-glycol solution with sodium hydroxide decolorizes or alters the shade. Colorfastness to rubbing is determined by rubbing a specimen against a white cloth and comparing color transfer. Colorfastness to washing is tested by laundering specimens in a LaunderOmeter and evaluating color change and staining on a multifiber fabric.
The document discusses challenges and guidelines for printing solder paste with step stencils. It analyzes how factors like squeegee speed, pressure, angle, and material affect the amount of paste residue near step edges. Testing showed circular apertures near steep step downs had lower transfer efficiency than oblong apertures due to more residue. Guidelines recommend reducing speed, increasing pressure, changing the angle to 45°, and using a polymer squeegee to minimize residue for consistent paste transfer. Apertures far from step edges showed high transfer efficiency regardless of geometry or step height.
This document provides information on chemicals and parameters used at different stages of textile processing including pre-treatment, dyeing, washing off, and finishing. It lists chemicals, their criteria for use, recommended dosages, run times, and temperatures at each stage. Key chemicals mentioned include detergents, sequestering agents, anti-creasing agents, caustic soda, hydrogen peroxide, acetic acid, dispersing agents, leveling agents, dyestuffs, electrolytes, washing off agents, and fixing agents. Parameters like pH, temperature, and run time are specified for effective processing at each stage.
Paper and Packaging Testing Instruments - Pacorr offers a wide range of highly accurate Paper and Packaging Testing Instruments that help the industries in testing the quality of their products. Call now for price: +91 8882149230
Paper and Packaging Testing Instruments - Pacorr offers a wide range of highly accurate Paper and Packaging Testing Instruments that help the industries in testing the quality of their products. Call now for price: +91 8882149230
The PET bottles are often transported by stacking them upon each other. This might cause the bottle in
the bottom row to buckle, compress and deform. The manufacturers need to test the amount of load that
the bottles can bear when they are put under compressive forces. The Top Load Tester- Digital is the
instrument that gives an exact test result for the buckling capacity of the bottles or PET containers.
This document discusses colourfastness testing to washing. It provides details on four ISO and AATCC test methods that evaluate how colourfast textiles are to domestic and commercial laundering. These tests subject textile samples to simulated washing cycles to test for colour change, staining of adjacent fibres, and self-staining. The document also describes the test procedures, assessments of results, and case studies demonstrating how understanding test outcomes and the end use of textiles is important for ensuring colourfastness.
A lab dip is a fabric swatch that is dyed to match a color standard provided by a buyer. The lab dip process involves dyeing fabric swatches using varying dye percentages with or without a spectrophotometer to match the buyer's color. Getting an accurate lab dip is important for shade matching before bulk production. There are different lighting conditions used to evaluate lab dips, such as tube light, sunlight, and ultraviolet light. The main objectives of a lab dip are to calculate the dye recipe, compare the dyed sample to the buyer's swatch, revise the recipe if needed, and finally approve an accurate lab dip.
Color fastness refers to a textile's resistance to fading or color transfer during washing, light exposure, or other processes. It is important to test dyed or printed fabrics for color fastness using standardized methods. These include using a xenotester to test light fastness, a wash wheel to test washing fastness, and a crock meter to test rubbing fastness. Perspiration fastness is tested using a perspirometer. Test results are evaluated using grey scales to rate the degree of color change or transfer on a scale of 1 to 5. Proper evaluation of color fastness helps ensure textiles maintain their color as intended for the customer.
Quality control and testing are essential processes in the textile industry to ensure products meet specifications. There are several key steps:
1) Pretreatment processes like singeing, desizing, bleaching, and mercerization are tested for parameters like chemical concentrations, temperatures, and absorbency.
2) Dyeing and printing undergo physical tests for properties like colorfastness and chemical tests.
3) Finishing is tested for characteristics such as abrasion resistance, shrinkage, weather resistance, and burn resistance. Regular quality control and testing at all stages of production are vital for maintaining textile quality standards.
The document provides instructions for making fabric color fast for inkjet printing in 6 steps: 1) cut untreated fabric to size, 2) saturate fabric with color-fast solution and let dry, 3) iron fabric onto freezer paper, 4) print design on highest quality settings, 5) soak printed fabric in color-fast rinse, and 6) hang to dry. Following this process will result in printed fabric that retains its color after gentle washing.
This document provides information on quality control procedures for various steps in the dyeing process, including greige goods inspection, desizing, scouring, bleaching, and souring. It outlines objectives and standards for important quality control measurements at each stage, such as chemical concentrations, temperatures, times, pickups, and pH levels. Corrective actions are suggested for when standards are not met. The overall goal of the quality control procedures is to maintain a consistent, high quality of materials throughout the textile manufacturing process.
This document provides information about various color fastness tests that are conducted on dyed textile goods. It describes tests for color fastness to washing, rubbing, perspiration, light, hot pressing and other factors. For each test, it outlines the objectives, equipment needed, sample preparation procedures, testing methods, and processes for evaluating results. Color fastness is an important requirement for textile customers. This document serves to explain the various methods used to test how resistant the color of dyed textiles is to different conditions and hazards.
Although these tests are different depending on buyers’ requirements & it needs a vast discussion. But I’ll discuss on very basic things shortly for only garments probationers. Please keep in mind what I wanted to say in my writings, there are so many ways here to perform a job, through day by day practices, you’ll find the easiest way for you to do your job well.
This document describes the quality control system (DQS) used by Decno Flooring for their laminate flooring production. DQS involves multiple stages of quality checking and testing before, during, and after production. This includes checking raw materials, monitoring the production process, and performing tests on finished products to check for defects and ensure dimensional accuracy. DQS aims to address all customer concerns regarding laminate flooring quality.
This document discusses different types of fastness testing that are important for textiles. It defines fastness as the resistance of a material's color to fading or running. It then lists 11 different types of fastness testing including color fastness to wash, light, rubbing, perspiration, chemicals, and weathering. The document focuses on describing the procedures for testing color fastness to wash, rubbing, perspiration, light, and heat pressing. It emphasizes that fastness testing is essential in the textile industry before bulk production to ensure colorfastness.
This document provides information about lab dip development and dyeing processes. It begins with an overview of lab dip development, which involves matching dye samples to buyer's swatches. Key objectives of lab dip include calculating dye recipes, comparing samples to swatches, and approving the final lab dip. Common stock solutions and an example calculation for a 0.5% shade are also provided. The document then outlines the general procedure for lab dip dyeing and provides a flow chart depicting the process for sample dyeing from scouring through to softening. Additional details include a recipe and calculations for dyeing cotton with reactive dyes and information about the turquoise color including its types and the specific process flow for dyeing cotton knit fabric that
Color fastness to domestic and commercial laundering (ISO 105-C06:1994)Umer Nafees
This document summarizes a test method for determining colorfastness to washing. The test involves washing samples attached to a multifiber swatch using standard detergents, then assessing any change in shade of the sample or staining of the swatch. Key steps include cutting samples, preparing a wash liquor, running samples through a wash wheel for a set time, then drying and assessing color changes and staining using grey scales under standardized lighting. The test evaluates performance of textiles to common washing conditions.
This document introduces a new digital filtration media pore determination test rig. The test rig can determine key characteristics of filtration media like air resistance, air permeability, maximum pore size, mean pore size, and micron rating. It provides direct digital readings on these metrics. The test rig is designed to be easy to use and operate, and can test filtration media according to various industry standards and methods. It is a versatile instrument that can help filter manufacturers and users evaluate filtration media performance.
The document discusses different methods for conducting final inspections of garments before packing. It describes inspecting items for size, fit, quality, and labeling. Statistical sampling is identified as a practical and economical inspection method that applies flexible sampling based on risk and importance, and defines acceptable quality levels and sampling plans.
FEC manufactures an air permeability tester that measures the rate of air flow through fabrics under varying pressures. The tester features exchangeable test areas of 10, 20, 50, and 100 cm2 and measures air flow rates from 9 to 19,400 lph. A digital pressure indicator precisely measures pressure differences up to 999 mm water column. The tester clamps fabric samples between rubber-lined rings and uses a vacuum pump to draw air through the material, with flow measured by rotameters according to ISO and DIN testing standards.
FASTNESSES BEHAVIOUR OF TEXTILE MATERIALMD SOHEL KHAN
This document discusses various types of textile fastness testing, including procedures and importance. It covers color fastness to light, heat pressing, chlorinated water, and wash. Color fastness to light determines how color fades under light exposure. Tests involve exposing samples to light and comparing color change. Color fastness to heat and chlorinated water involve applying heat or chlorine solutions to samples and assessing color change. Color fastness to wash determines color change and staining when samples are laundered using standard detergent solutions and procedures. Proper fastness testing is important for the textile industry before bulk production to ensure colorfastness under relevant conditions.
This document outlines tests to identify dyes and determine colorfastness. To identify dyes, test specimens are treated with solvents which cause sulphur, oxidation black and vat dyes to decolorize or change shade. Vat dyes can be restored with developer. Sodium sulphoxylate formaldehyde-glycol solution with sodium hydroxide decolorizes or alters the shade. Colorfastness to rubbing is determined by rubbing a specimen against a white cloth and comparing color transfer. Colorfastness to washing is tested by laundering specimens in a LaunderOmeter and evaluating color change and staining on a multifiber fabric.
The document discusses challenges and guidelines for printing solder paste with step stencils. It analyzes how factors like squeegee speed, pressure, angle, and material affect the amount of paste residue near step edges. Testing showed circular apertures near steep step downs had lower transfer efficiency than oblong apertures due to more residue. Guidelines recommend reducing speed, increasing pressure, changing the angle to 45°, and using a polymer squeegee to minimize residue for consistent paste transfer. Apertures far from step edges showed high transfer efficiency regardless of geometry or step height.
This document provides information on chemicals and parameters used at different stages of textile processing including pre-treatment, dyeing, washing off, and finishing. It lists chemicals, their criteria for use, recommended dosages, run times, and temperatures at each stage. Key chemicals mentioned include detergents, sequestering agents, anti-creasing agents, caustic soda, hydrogen peroxide, acetic acid, dispersing agents, leveling agents, dyestuffs, electrolytes, washing off agents, and fixing agents. Parameters like pH, temperature, and run time are specified for effective processing at each stage.
Paper and Packaging Testing Instruments - Pacorr offers a wide range of highly accurate Paper and Packaging Testing Instruments that help the industries in testing the quality of their products. Call now for price: +91 8882149230
Paper and Packaging Testing Instruments - Pacorr offers a wide range of highly accurate Paper and Packaging Testing Instruments that help the industries in testing the quality of their products. Call now for price: +91 8882149230
The PET bottles are often transported by stacking them upon each other. This might cause the bottle in
the bottom row to buckle, compress and deform. The manufacturers need to test the amount of load that
the bottles can bear when they are put under compressive forces. The Top Load Tester- Digital is the
instrument that gives an exact test result for the buckling capacity of the bottles or PET containers.
Testing equipments used in thermal spraying aluminium coatingAshwary Jain
This document discusses testing equipment used for thermal spraying aluminium coatings. It describes tests performed before blasting includes blotter tests and checking grit quality. After blasting, dust contamination, surface profile replica tape, salt contamination, and temperature/humidity tests are done. Additional tests after coating include dry film thickness measurement, adhesion testing using a pull-off tester, bend testing, and holiday detection by applying voltage to find defects. The tests help ensure proper surface preparation and coating quality.
The document discusses Tempo weatherseals, which are made of closed cell micro foam that provides advantages like preventing water absorption and ensuring an aesthetic look without waves. The weatherseals have a high tolerance and acoustic value. A cutting tool allows for high speed installation with pre-set blades for an accurate cut. The weatherseals are available in black, white, brown and grey and have a lifetime guarantee.
The document discusses Tempo weatherseals, which are made of closed cell micro foam that provides advantages like preventing water absorption and ensuring an aesthetic look without waves. The weatherseals have a high tolerance and acoustic value. They are UV and ozone resistant and can work in temperatures from -40C to +120C. An SPVT cutting tool allows for high speed installation of the weatherseals. The document provides product codes and descriptions for the weatherseals and cutting tool.
Kl bertop TP 03-111 is a thermosetting bonded coating that provides cost savings and component performance benefits. It reduces friction and wear in metal/metal or metal/plastic contacts through its low friction coefficient and excellent resistance to chemicals, oils, and corrosion. The coating can be applied by immersion, spraying or brushing and once cured at 160C for 60 minutes, it achieves a long-lasting protective film between 7-15 micrometers thick.
Klübertop TM 06-111 is a thermosetting bonded coating based on molybdenum disulfide and an organic binding agent. It provides wear protection, corrosion protection, and low friction at high loads in corrosive environments. The coating can be applied by immersion, spraying, or brushing and adheres strongly to metal components for precision engineering, electrical engineering, automotive applications, and more. It cures within 30 minutes at room temperature or 180°C and offers a service life of over 150 meters under high load and corrosion testing conditions.
Klübertop TM 06-111 is a thermosetting bonded coating based on molybdenum disulfide and an organic binding agent. It provides wear protection, corrosion protection, and low friction at high loads in corrosive environments. The coating can be applied by immersion, spraying, or brushing and adheres strongly to metal components for precision engineering, electrical engineering, automotive applications, and more. It cures within 30 minutes at room temperature or 180°C and offers a service life of over 150 meters under high load and corrosion testing conditions.
The document provides an overview of the label manufacturing process and specifications. It discusses the key steps of printing and converting, the different types of labels and materials used, quality control processes, and common testing procedures. Key aspects covered include printing methods, substrates, adhesives, finishing, inspection, and industry standards.
Polyfilms and laminates testing instrumentsPacorr Testing
Poly Films & Laminates Testing Instruments - Pacorr offers a wide range of highly accurate Poly Films & Laminates Testing Instruments that help the industries in testing the quality of their products. Call now for price: +91 8882149230
This 3-page product datasheet provides information on Legend A4 polyester label sheets. The labels can be printed on a standard laser printer and applied to cables from 10mm to unlimited diameters. They have undergone various tests for moisture, temperature, chemicals and solvents resistance. The labels are available in packs of 10 or 100 sheets in various standard sizes and colors. Instructions are provided on printing, applying and removing the labels.
The document describes Raino Shield, a water-based elastomeric coating that provides thermal reflective and insulative properties. It reduces heat loading in buildings by up to 40% and lowers roof temperatures by 10-25°C depending on the material. The coating has high reflectivity, UV resistance, and durability. It is suited for concrete roofs, terraces, and other structures. Application instructions and specifications are provided.
Brother P-touch laminated labels last longer than ordinary labels due to a protective laminate layer. The labels consist of 6 layers including a thermal transfer ink layer sandwiched between protective PET layers. Extensive testing shows the labels withstand abrasion, temperatures from -80°C to 150°C, UV exposure, water, and a wide range of chemicals. The labels have strong adhesion to many surfaces and the laminate provides protection against wear and environmental conditions. A variety of TZ tape options are available in different widths, colors, and adhesive strengths for different applications.
Celcon® m90 Material Certificates of Quick Connect FittingsAquafittings
Wisnex Aqua Fittings Co., Ltd, is a professional manufacturer of the plastic push fittings. All the materials are food rank, certificated by NSF, FDA, NSF etc, nontoxic, suitable for all kinds of drinking water systems.
This document provides information about a company that produces high quality elastomers and engineering plastics. They specialize in mixing, molding, extruding and fabricating silicone elastomers and high performance plastics. The company is located in Kerala, India and has a 30,000 square foot factory. They produce various types of rubber and plastic products including butyl sealants, silicone sealants, anti-tracking mastic, stress grading mastics and more for applications like cable joints, roofing, construction and more.
The World's only Double Contact Flipper Gasket for Sliding Sash Windows - Tec...Coastal Joinery Hardware
A white premium quality Tempo sliding sash double flipper seal with a closed cell micro foam for ensuring that no water absorption is possible, coupled with good aesthetics and no wavy effects post installation.
Feature a rigid back for easy installation and to prevent stretching.
The closed cell foam and hollow chamber gives a high tolerance and an acoustic value of 40dB.
Easy creation of gasket by means of notches with the SPVT tool.
Working temperature -40°C - +120°C.
Colour Stable, Ultra-Violet and Ozone resistant, and conform to the requirement set out for the fire resistant products pursuant to DIN 18095.
The high quality material is compatible with thinned acrylic paints and alkyd resin paints containing conventional solvents.*
*Paints and coatings of which the properties are unknown must be tested for compatibility in contact with the weatherseals.
This document provides information on a novolac epoxy paste called DURAPATCH that is designed for quickly patching, sealing, and repairing cracks, holes, and leaks. It can repair surfaces made of metal, plastic, fiberglass, and concrete. DURAPATCH cures within minutes, allowing for reduced downtime. It is suitable for field and machine shop repairs. The paste is self-priming, trowelable, sands and machines well, and has excellent bonding strength for many commercial and residential repairs. The kit contains resin, hardener, and a trowel for mixing and applying the product.
• All Purpose Quick Cure Epoxy Paste
• Hardens in 5– 15 minutes depending on ambient temperature (down to 38°F)
• Ideal for immediate field use repairs
• Trowellable - ideal for vertical surface repairs
• Self-priming - bonds chemically and mechanically to the substrate
• Can be sanded, drilled, tapped and machined
• 100% solids - No VOCs
This document is a sample approval sheet from Lexvss Group for a screen protector. It lists the customer and product details, date of sample delivery, and spaces for confirmation signatures from both Lexvss and the client.
The document also specifies the product and performance test standards for the screen protector, including tests for drop impact resistance, surface hardness, fingerprint resistance, and high/low temperature storage.
Finally, the document provides inspection standards for the tempered glass screen protector's appearance, outlining allowable defects for attributes like spacing, lines, spots, dark spots, edges, warping, and ink printing. Samples of the screen protector are to be attached.
This document provides product data for SilverShield 5000X, a two-part epoxy coating with zinc flakes. It can be used indoors or outdoors to protect surfaces like pipes, tanks, and structural steel from corrosion. The coating has excellent adhesion and flexibility, provides a metallic silver finish, and protects in temperatures from -18 to 121 degrees Celsius. It is a 100% solids coating that is easy to apply by spray, brush, or roller in thicknesses between 4-12 mils.
Similar to Aster P-Touch Label Cassette Introduction (20)
Company Valuation webinar series - Tuesday, 4 June 2024FelixPerez547899
This session provided an update as to the latest valuation data in the UK and then delved into a discussion on the upcoming election and the impacts on valuation. We finished, as always with a Q&A
Part 2 Deep Dive: Navigating the 2024 Slowdownjeffkluth1
Introduction
The global retail industry has weathered numerous storms, with the financial crisis of 2008 serving as a poignant reminder of the sector's resilience and adaptability. However, as we navigate the complex landscape of 2024, retailers face a unique set of challenges that demand innovative strategies and a fundamental shift in mindset. This white paper contrasts the impact of the 2008 recession on the retail sector with the current headwinds retailers are grappling with, while offering a comprehensive roadmap for success in this new paradigm.
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
Four Levels of Digital Maturity
Design Thinking Framework
Business Model Canvas
Customer Journey Map
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2. Contents
Product Application Areas
Product Features
Superior Materials
Quality: Comparable with The OEM’s
Performance Comparison with The OEMs
Technical Reference
Strict Test And Qualification System
Available Product Models
5. • Aster’s products are compatible with all OEM label printers
• Aster’s Design-Around solutions make sure it will not
infringe the OEM patents
• Utilize high-quality tape and ribbon to ensure the print
quality is the same as OEMs’
• Undergo strict abrasion/light/water/environment-
resistance test, ensuring reliable and stable print quality
Product Features
6. Superior Materials
• Ribbon: Utilize imported ribbon, ensuring the color density is the same as the OEM’s, as
well as the bright color and clear characters.
• Adhesive Tape: Utilize adhesive tape with advanced coating technology, ensuring its stable
viscous and lustrous color.
• Film-base Tape: With special surface treatment, the film-base tape has a very high abrasion
and scratch resistance. Thus the characters are more clear than before.
• Precision Technology: Utilize imported hi-precision processing devices. Materials
processing precision is high as 0.03mm and the composite precision of print tape is
≤0.15mm.
7. Item OEM Aster Others
Color Density 2.0 2.0 1.8
Label Backing Yes Yes No
Cover Layer Technology No No No
Peeling Strength 600N/m 600N/m 450N/m
Water/light/Corrosion
Resistance test
pass pass color faded slightly
Abrasion Resistance test pass pass blurred characters
Quality: Comparable with The OEM’s
8. Performance Comparison with The OEMs
Brother Aster KingJim Casio DYMO Others
Cover Layer Technology Yes Yes No No No Partial
Thickness B B B B B B
Viscosity A A A A A B
Abrasion Resistance A A B B B C
Water Resistance A A B B B C
Alcohol Resistance A A B B B C
Light Resistance A A B B B B
High-temp Resistance A A A A A B
Oil Resistance A A B B B B
Corrosion Resistance B A B B B C
Insulation Resistance A A B B A B
*A/B/C/D are levels from very good to very bad
BrandParameter
9. Test Items Technical Parameters Requirements
Print quality in normal temperature The characters are clear and no deletion; surface of the tape is clean, without stains and noise
Print quality in high or low temperature The characters are clear and no deletion; surface of the tape is clean, without stains and noise
Print quality after storage in high or low
temperature
The characters are clear and no deletion; surface of the tape is clean, without stains and noise
Drop Test Dropped from the 60CM high place, the product is not damaged and printing qualified
Negative Pressure/Altitude Simulation (finished
product)
After evacuation testing, the package of the cassette is not damage
Pullout Force ≤3.5N
Print Length ≥OEM print length
Color Density ≥1.9
Abrasion Resistance The characters are not blurred, deleted or other visible defects
Water Resistance Color density loss rate ≤10%
Light Resistance Difference of the color density after test ≤0.4
Warp Resistance The label is stickup and firm without warping after test
Peeling-off force of the stick adhesive surface 0.4±0.1KN/M
Composite Deviation ≤0.3mm
10. Test Item Test Description Equipment Note
High / Low
Temp
Environment
&
Storage
(Standard: MIL STD 810F)
High-temp environment: Place the samples
under 35ºC/80% RH for 12 hours
Low-temp environment: Place the samples
under 10ºC/20% RH for 12 hours
High-temp storage: Place the samples
under 49ºC for 48-96 hours
Low-temp storage: Place the samples
under -29ºC for 48-96 hours
*The characters are clear, no tape jam or
deviate
Test the Print
quality in
different print
and storage
environment
Quality Assurance: Strict Test And Qualification System
11. Test Item Test Description Equipment Note
Negative
Pressure
Test
(Standard: MIL STD 810F)
Put the packaged product in the negative
pressure machine, turn the pressure value to
-60KPa,holding time 60s. Press the STOP
button when pressure value turn to -10KPa,
then press the START button till the value
rise to -40KPa stop again. When the value
fall to -30KPa start till the value rise to –
60KPa and the machine automatically stop.
*Packing Bag is not damage.
Simulating the
effect of air
transport on
Packing
Initial
Adhesion
Test
(Standard: GBT 4852-2002)
Fix the sample on the test board of the Initial
adhesion test machine. Choose an
appropriate steel ball and let it roll from a
bevel tilted 30°. The ball is required to stick
on the sample for at least 5S. (The ball stick
on the sample for 3s is considered qualified.)
Test the initial
adhesion
12. Test Item Test Description Equipment Note
Peel
Force Test
(Standard: GBT 2792-1998)
Fold the tape (at least 200mm long) to 180
degrees. Then paste it on panel of the
stripping machine and fix the unpasted end
on the holder. Start the machine, let it run
under the velocity of 300mm/min. Record
the data of the tension of pulling apart the
tape. Tension requirements: 600±50N/m.
Test the
peeling off
force of the
tape
Fade
Resistance
Test
(Standard: GBT 2792-1998SJT 11300-2005)
Print a standard test page in black with a
label printer, with the length of 100mm. Test
its color density and put it in the UV test
chamber with the UV light power of 30W and
distance of the light source to the test sample
is 150±10mm. Radiated for 12h, record the
color density loss. If the difference value ≤0.4,
it is considered qualified.
Simulating
the effect of
light on
stability and
persistence
of the print
quality
13. Test Item Test Description Equipment Note
Water
Resistance
Test
(Standard: SJT 11300-2005)
Print a standard test page in black with a
label printer, with the length of 100mm.
After testing the color density, fully
submerge the sample in purified water
with the temperature of 30±5ºC for 2
hours. Then take it out and put it in an
oven with the temperature of 100±2ºC
for 10min. Then record the color density.
If the color density loss rate ≤10%, it is
considered qualified.
Test the water
resistance of the
characters
Abrasion
Resistance
Test
(Standard: SJT 11300-2005)
Print a standard text version test page
and fix it on the abrasion tester. Impose
a 300 gram pressure on the tape, rub at a
constant speed for 10 rounds of passes.
*To the naked eye, the characters have
no scratch and blur.
Test the abrasion
resistance of the
characters