Fiber Testing, Bale Management & Laboratory Sampling
Turns bale mass and dimensions into density and compression ratio, gives the height a target density needs, sizes the press force and ram pressure from a compaction pressure, and reports how many bales a container holds and whether it cubes out or weighs out.
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Fiber Testing, Bale Management & Laboratory Sampling
Sizes an attribute sampling plan from lot size and inspection level using the ISO 2859-1 code letter table, then computes the full operating characteristic: acceptance probability at the AQL, producer’s risk, the quality level the plan rejects nine times in ten, average outgoing quality and the inspection load.
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Fiber Testing, Bale Management & Laboratory Sampling
Converts daily lot intake into samples, tests and technician hours, compares the load against real bench capacity, and reports turnaround including the conditioning period, the custody records generated and the retained sample mass an ISO/IEC 17025 laboratory must store.
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Fiber Testing, Bale Management & Laboratory Sampling
Computes crimp contraction from crimp frequency and amplitude by integrating the arc length of the crimp wave, converts an extended cut length into the crimped length actually measured, and reports staples per gram, crimps per staple, filament count in the tow and cut-line production.
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Fiber Testing, Bale Management & Laboratory Sampling
Estimates the time a textile specimen needs to reach moisture equilibrium in a standard atmosphere, using capacity-limited Fickian diffusion through the fibre assembly: porosity and sorption capacity set the effective diffusivity, specimen half-thickness sets the time constant, and the required tolerance sets how many time constants must pass.
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Fiber Testing, Bale Management & Laboratory Sampling
Splits blowroom and card cleaning efficiency by particle size class — dust, medium trash and large trash — then prices the good fibre thrown out with it, returning the selectivity ratio of trash removed to lint lost.
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Fiber Testing, Bale Management & Laboratory Sampling
Works out how many bales a laydown needs so mix-to-mix variation stays inside tolerance: the standard error of the laydown mean for micronaire and strength, the bale count each property demands on its own, which one binds, and the sigma margin left at the planned count.
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Fiber Testing, Bale Management & Laboratory Sampling
Separates three causes of a suspect fibre result: the Grubbs statistic for an abnormal specimen against the ceiling the replicate count allows, check-cotton bias for instrument drift, and the replicate spread against the method repeatability standard deviation.
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Fiber Testing, Bale Management & Laboratory Sampling
Converts a micronaire reading to standard fineness through an explicitly stated linear calibration model, then reports how far outside the calibration range the reading sits, inflates the reported uncertainty by that extrapolation, and checks maturity against the model validity floor.
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Fiber Testing, Bale Management & Laboratory Sampling
Fits a log-normal length distribution to a measured mean and coefficient of variation, then derives upper half mean length, uniformity index, median length, short fibre content on both the by-number and by-weight bases, and the fraction above a long-fibre threshold.
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