Material composition (Qualitative) and content (Quantitative) analysis could also be a necessary test item for every laboratory and most cotton mills, cloth industries, and garment industries. Presently, the invention methods generally used are dissolution and combustion. it'll be a simple task to differentiate with the microscope natural fibers for they're structurally stable, distinct in their longitudinal and cross-sectional morphological features.
It's the same for chemical fabrics; TB300 aims to make a quantitative chemical analysis of the fabrics by intercepting the points from the longitudinal or cross-sectional projection. The operation is extremely easy, but the projection interface is clear , and thus the probability of error is low; furthermore, this system has no pollution and doesn't cause any harm to the human body; TB300 will promise high working efficiency and save time and price.
Fabric Superbness & Content Analyser: this is often employed to figure out the aesthetic of cloth and analyze the content and surface features of animal fabric, vegetable fabrics and mineral fabric, like cotton, wool, synthetic fabric, etc.
Note: A customized PC is required for this instrument.
Model | Standards | Function | Standard configuration |
TB300A | ISO 137 | Fiber Fineness Test | Fiber fineness software |
TB300B | ISO 137 | Fiber Fineness Test | Fiber fineness & content software |
TB300C | AATCC 20/20A | Fiber Fineness Test | Fiber fineness & content software |
Weight | 70 kg |
Power | 220/110V 50/60Hz |
Dimensions | 600 x 400 x 600 mm (L x W x H) |