Textile and Apparel Testing Equipment
YG812C Fabric Water Permeability Tester
It is used to determine the water resistance of various waterproofed fabrics—such as canvas, oilcloth, tarpaulin, tent fabric, and rainproof apparel fabrics—expressed in terms of the hydrostatic pressure the fabric can withstand.
YG812D Type Water Permeability Tester (Manual)
It is used to determine the water‑repellent performance of medical protective garments and tightly woven fabrics, such as canvas, oilcloth, tarpaulins, tent fabrics, and rain‑proof apparel fabrics.
YG812D Fabric Water Permeability Tester
It is used to determine the water resistance of various waterproofed fabrics (such as canvas, oilcloth, tarpaulin, tent fabric, and rainproof apparel fabric), expressed in terms of the hydrostatic pressure the fabric can withstand.
YG812Q Type Water Permeability Tester (Pneumatic Clamping)
This test evaluates the water‑penetration resistance of rubber‑ or plastic‑coated fabrics under a specified hydrostatic pressure over a fixed period.
YG812S Fabric Water Permeability Tester
It is used to determine the water resistance of various waterproofed fabrics—such as canvas, oilcloth, tarpaulin, tent fabric, and rainproof apparel fabric—expressed in terms of the hydrostatic pressure the fabric can withstand.
YG814A Fabric Composite Material Rainproofness Tester
It can assess the water-repellent performance of fabrics or composite materials under varying rainwater pressures.
YG814 Rain-Resistance Tester (Rain Test Apparatus)
A rain‑exposure tester can evaluate the water‑repellent performance of fabrics or composite materials under varying rain‑water pressures.
YG816A Textile Bonding Door Rain Test Instrument
It is suitable for the Bondi’s door rain‑drench test to determine the water repellency of fabrics, simulating the fabric’s water‑repellent performance under dynamic conditions during a sudden downpour, and can assess both the amount of water that passes through the test sample and the fabric’s water‑repellent properties.
YG819-IIA Type Feather and Down Fluffing Test Instrument
Used to assess the fabric’s ability to prevent feathers, down, and feather filaments from escaping through its surface.
YG819-IIA Type Fabric Pilling Tester
Used to assess the fabric’s ability to prevent feathers, down, and feather filaments from escaping through its surface.
YG819SL Down-Proofness Tester (Large Housing)
It is used to determine the number of down, feathers, and down filaments that have penetrated the interior of down jacket samples with a body length exceeding 40 cm, thereby evaluating the garment’s overall down‑proof performance.
It is used to determine the number of down, feathers, and down filaments that have escaped from the interior of down‑jacket samples with a body length of 40 cm or less, thereby evaluating the garment’s overall down‑proof performance.
YG825-100 Fabric Hydrostatic Pressure Tester
Used for determining the water‑proofing performance of various waterproofed fabrics, such as canvas, coated fabrics, tent fabrics, tarpaulins, rain‑proof apparel fabrics, and geotextile materials.
YG832 Multifunctional Sock Stretch Tester
Used for determining the longitudinal and lateral elongation properties of various types of socks.
YG981B Fiber-Oil Rapid Extractor
It is used for the rapid extraction of oils and fats from various fibers and for determining the oil content of samples.
This instrument is precision-engineered, durable, and highly accurate, specifically designed for testing the softness of leather materials—suitable for a wide range of applications, including footwear, furniture, apparel, and other leather products.
YGB502 Touchscreen Fabric Pilling Tester (Circular Trajectory Method)
Used for testing the pilling and fuzzing performance of various woven and shuttle fabrics.
YGB511-II Type Tumble‑Box Pilling Tester (Digital Display, 2 Boxes)
Used for testing the pilling and fuzzing performance of wool, knitted fabrics, and other fabrics prone to pilling.
Used for sampling various fabrics and nonwoven materials; intended for determining the mass per unit area of fabrics.
Z02B-type manual disc sampler for fabric and textile materials
Used for sampling various fabrics and nonwoven materials; intended for determining the mass per unit area of fabrics.
AATCC Garment Observation Board for Fabric Pleat Retention
It is used to evaluate the flatness of plain-weave fabrics and seams, as well as the retention of creases, in apparel and other textile products after multiple wash-and-iron cycles.
Electrolux Wascator FOM71 CLS European-standard shrinkage‑rate washing machine
Used to test fabric shrinkage and appearance after laundering, in compliance with European standards and retailers’ testing requirements.
Designed for circulating down and feather spraying displays within a colorful lightbox. Custom sizes available upon request.
It is used to determine the degree of yarn crimp and to evaluate the relationship between fabric length and the length of yarns within the fabric by measuring fabric shrinkage.
The vernier depth gauge is a precision measuring instrument used for measuring depths, step heights, groove depths, and hole depths. It employs the vernier scale principle, offering a stable structure, accurate measurements, and exceptional durability. Powered by no external source, it can be reliably deployed in a wide range of production environments.
LBT-1503 Low-Temperature Flexing Test Apparatus for Rubber- or Plastic-Coated Fabrics
The low-temperature bending test fixture for coated fabrics is used to expose rubber- or plastic-coated fabrics to a specified low temperature for a set duration, after which they are subjected to a bending test at a prescribed temperature to evaluate their resistance to low-temperature conditions.
LBT-1501 Warning and Uniform Flexibility Testing Machine
The LBT-1501 warning and uniform flexing testing machine is used to determine the flexural durability of rubber- or plastic-coated fabrics. It features digital setting and display of the number of flex cycles, automatic stop, and an integrated design that combines the main unit with the electrical control system. Each specimen can be clamped independently, and the machine boasts an attractive appearance and user-friendly operation, making it an improved domestic model.
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