Textile Test Equipment

ASTM D4151 Blanket Flammability Tester Introduction: This blanket flammability tester is designed based on ASTM D4151. It is suitable for bedding, including bed sheets, blankets, mattress mattress, pillow, duvet, and similar products that used to cover on the bed of the flame retardant performance. This test method is use the standardize flame to burn the sample surface within the prescribed time, observing the combustion, degree of damage or discoloration of standard sample,

Introduction: CFR 1610 Flammability Test Equipment provides methods of testing the flammability of clothing and textiles intended to be used for clothing, establishes three classes of flammability, sets forth the requirements which textiles shall meet to be classified, and warns against the use of those textiles which have burning characteristics unsuitable for clothing.​​ Features:a CFR 1610 Flammability Test Equipment can determine the burning characteristics of textiles

Introduction: NFPA 701 is Standard Methods of Fire Tests for Flame Propagation of Textiles and Films. According to different fabric weight, divided into 1 methods and methods 2.​​ Features: Specified apparatus for all hanging decorative materials weighing not less than 21 oz/yd² (700 g/m²). Stainless steel test cabinet with glass observation panel. 25° angle Bunsen burner with automatic timer to preset ignition time and record afterflame. Gas system include the flow meter,

Introduction: ISO 6941 Vertical Flame Tester is suitable for the measurement of limited flame spread properties of protective clothing. The flame from the burner is applied for 10 s to the surface or the bottom of textile specimens which are vertically oriented. Features: ISO 6941 Vertical Flame Tester is s designed and manufactured according to ISO 15025 standards. It can be updated to meet the requirement of ISO6941, ISO 6940 etc by using different specimen holders. ISO

Product Introduction The Instrumented Manikin test method uses the Manikin to be placed in a fire environment where the simulated heat flow, burning time and flame distribution can be controlled to predict the location and extent of the human skin to reach the second and third degree burns, thereby evaluating the overall thermal protection of the clothing performance. Its biggest feature is that it can quickly, accurately and repeatably simulate the heat exchange between the

Thermal Protective Performance Test Equipment Products This Thermal Protective Performance Test Equipment is suitable for textiles and garments, petroleum chemical industry, labor protection and quality supervision, inspection and other industries or establishments with different requirements for protective clothing for thermal protection performance test. For the development of flame-retardant protective clothing in the production process, quality control and flame retardant

Vertical Flammability Test Equipment for Children's Sleepwear Introduction Due to the young children lack of awareness of danger, when pajamas comes into contact with fire, it can cause burning and jeopardize safety. This makes safty for the flammability of children's sleepwear is one of the more important problem. Some developed countries have formulated relevant technical regulations and standards,fire-retardant performance of requirements for children's sleepwear, and test

Flammability Testing Equipment for Apparel Textiles Fabrics Introduction This flammability testing equipment is designed according to the latest edition of the national standard GB/T14645 design and manufacturing.It applies to textile fabric in under 45 ° combustion, determination of the damaged area and damage length determination of heat or melt number to provide exposure to the flame length. Combustion evaluation of refractory materials fire-resistant and can be based on

Product Introduction Insulating gloves flame resistance test equipment, developed according to GB/T17622-2008 and EN 60903, the insulation gloves standard, suitable for live working insulation gloves flame resistance test. Performance characteristics 1. The standard stainless steel box is equipped with a transparent observation window, which can detect the flame spread rate in time; 2. Insulating gloves flame resistance test equipment is equipped with one stopwatch timer and

NF PA 701 Part 2 Large Scale Flammability Test Equipment Introduction NFPA 701 is Standard Methods of Fire Tests for Flame Propagation of Textiles and Films. According to different fabric weight, divided into 1 methods and methods 2.​ Features 1.NFPA 701 Part 2 Large Scale Flammability Test Equipment is specified apparatus for all hanging decorative materials weighing not less than 21 oz/yd² (700 g/m²). 2.Stainless steel test cabinet with glass observation panel. 3.25°angle

NFPA 701 Part 1 Small Scale Drapery Flammability Test Equipment Introduction NFPA 701 is Standard Methods of Fire Tests for Flame Propagation of Textiles and Films. According to different fabric weight, divided into 1 methods and methods 2. Features 1. Specified apparatus for all hanging decorative materials weighing less than 21 oz/yd² (700 g/m²). 2. Manufactured with specified ½" marinite panels framed in stainless steel. 3. Meker Burner with Spark ignition. 4. Gas system

Vertical Flame Spread Times Testing Equipment Introduction This vertical flame spread times testing equipment is suitable for one-component or multi-component (coating, quilt, layered, laminated products, and similar combinations) of clothing, drapes, valance and large tents, including Arbor and cover textile vertical flame spread properties determination. For evaluation under controlled conditions in the laboratory of material or combination of materials properties when

Sleeping Bags Flammability Testing Equipment Main Features: 1, Stainless steel test cabinet with glass observation window; 2, Sleeping Bags Flammability Testing Equipment has stainless steel support frame; 3, U-type sample frame; 4,1 volume of # 50 white mercerized cotton thread, 5, Import UL burner, Tirrill blowtorch, 6, Crater diameter: 0.90 ± 0.03mm, 7, Crater length: 1.60 ± 0.05mm, 8, Torch tube diameter 10mm, length 38mm, 9, Two hammer is supplied with Sleeping Bags

EN 367 Heat Transfer Index Test Equipment Catalogs for EN 373&348&6942&367&702.pdf Introduction A new term heat transfer index (HTI) has been introduced to avoid confusion with the thermal protective index (TPI) or other terms used in previous versions of this test. HTI calculated from the mean time in seconds to achieve a temperature rise of 24±0.2℃ when testing by this method using a copper disc and a starting temperature of 25±5℃. The heat transfer index provides a method

Protective Clothing Heat Radiation Resistant Test Equipment Catalogs for EN 373&348&6942&367&702.pdf Introduction It is suitable to determine heat radiation resistance or thermal conductivity of protective gloves and protective clothing. Feature 1. Radiation source is made up of 6 groups heating bar,length of heat bar is 356mm±2mm,and the length of heating part is 178±2mm,diameter of heating bar is 7.9±0.1mm. 2. Radiation source uses PID temperature controller,controlling

Molten Metal Splashes Impact Test Apparatus Catalogs for EN 373&348&6942&367&702.pdf Introduction Projections of molten metal drops at a point on a vertical oriented test specimen and measurement of the number of the drops required to cause a 40 K temperature rise in a sensor behind the specimen.​ Feature Drop guide to collect the drops and to guide them towards the vertically oriented test specimen. ​Senor for measuring the temperature linked to a recording device. ​This

ISO 9151 Heat Transmission Test Apparatus Catalogs for EN 373&348&6942&367&702.pdf Introduction A new term heat transfer index (HTI) has been introduced to avoid confusion with the thermal protective index (TPI) or other terms used in previous versions of this test. HTI calculated from the mean time in seconds to achieve a temperature rise of 24±0.2℃ when testing by this method using a copper disc and a starting temperature of 25±5℃. The heat transfer index provides a method

Contact Heat Transmission Test Apparatus Catalogs for EN 373&348&6942&367&702.pdf Introduction Contact Heat Transmission Test Apparatus is applicable to protective clothing (including hand protectors) or its constituent materials intended to protect against high contact temperature. The application of the standard is restricted to contact temperatures from 100 °C to 500 °C.​ Feature The Contact Heat Transmission Test Apparatus is designed and manufactured according to EN 702