Textile Test Instruments

ABQ Industrial supplies a comprehensive range of portable and laboratory Textile Test Instruments from industry-leading manufacturers Checkline, Hans-Schmidt, and Aqua-Boy. Engineered for spinning mills, circular and flat knitting plants, weaving operations, dyeing houses, non-woven converters, and textile testing laboratories, our instruments provide fast, repeatable verification of the critical physical parameters that govern fabric quality, stitch uniformity, and production efficiency.

Whether setting up yarn feed rates and tension across multi-feed knitting cylinders, measuring residual moisture in raw cotton bales and cross-wound bobbins, verifying yarn package winding density prior to dyeing, calculating fabric basis weight in grams per square meter (g/m² / GSM), or certifying textile and geotextile thickness to DIN, EN, and ISO standards, our catalog delivers rugged, NIST-traceable solutions for both the production floor and the QC lab.

Textile Testing Solutions by Application

Selecting the proper textile testing instrument depends on the stage of your manufacturing or inspection process:

1. Yarn Feed, Speed, Length Consumption & Tension Control (Knitting & Winding Machines)

In circular knitting, flat knitting, hosiery, and sock machines, uneven yarn feed rates or fluctuating yarn tensions cause stitch length variations, fabric barre, and costly machine downtime.

• 3-in-1 Yarn Consumption, Tension & Speed Setup: The MLT Portable Yarn Tension & Rate Meter is a stand-alone electronic analyzer that simultaneously measures and displays yarn consumption (1–9,999 m or inches over 1–100 cylinder revolutions), yarn tension (0–50 cN Normal, Average, and Peak), and yarn speed (up to 1,000 m/min or 1,100 yd/min)—allowing technicians to store machine profiles and replicate uniform stitch lengths across different cylinder diameters.


• Dedicated Yarn Length & Consumption per Cycle: The LMI / LMC Yarn Consumption Meter utilizes a rubber-coated, low-inertia ball-bearing wheel to eliminate yarn slippage across a 0–99,999 inch or centimeter range (±0.2% accuracy). Choose standard models (LMI in inches or LMC in centimeters) or magnetic-sensor models (LMI-S and LMC-S) with a pre-settable 0–99 machine revolution counter.


• Yarn Speed, Linear Web Speed & Spindle RPM: The YSL-2000HD Yarn Meter Tachometer combines a slide-on funnel tip adapter for measuring yarn (up to 1 mm) and wire (up to 0.3 mm) linear speeds (0.10–1,999 m/min; 0.30–6,500 ft/min) and length (up to 99,999 ft/m) with a contact/non-contact optical tachometer (1.00–99,999 RPM) at ±0.02% accuracy.

2. Residual Moisture Content in Fibers, Yarn Bobbins, Bales & Running Webs

Moisture content directly impacts fiber elasticity, tensile strength, friction during spinning/weaving, and commercial billing weight.

• Digital Multi-Curve Moisture Testing with Data Logging: The TMT-425 Digital Textile Moisture Meter (0.3% to 26.0% moisture range) features built-in calibration curves for cotton, wool, rayon, viscose, flax, hemp yarn, jute yarn, acetate, acrylic, nylon, and polyester—with automatic temperature compensation, a 10,000-reading memory, and optional USB PC interface on the TMT-425-USB. Verify meter calibration anytime in the field using the CP-425 Calibration Electrodes (CP-425-KIT, two interlocking reference blocks at ~22% and ~44%).


• 17-Scale Digital Fiber & Bale Moisture Analysis: The Hans-Schmidt DHT-3 Digital Textile Moisture Meter instantaneously measures moisture in raw, synthetic, or mixed fibers, yarns, and pressed bales across 17 stored measurement scales, supplied complete with probe holder and needle probes 414 & 418.


• Classic Multi-Scale Analog Conductivity Moisture Meter: The Aqua-Boy TEM-1 Textile Moisture Meter with 205 and 207 Electrodes and Aqua-Boy TEM-1-HM with 205, 207, and 213 Electrodes deliver ±0.1% indicating accuracy with direct dial scales for wool (8–24.5%), rayon (3–23%), and cotton (2–12%), plus a 0–100 reference scale and interchangeable needle, knife, stab, surface, and roller electrodes.

3. Yarn Package, Bobbin, Cone & Dye-Beam Winding Density (Textile Durometers)

Inconsistent winding density on yarn bobbins, cones, spools, beams, and dye packages leads to uneven dye liquor penetration, yarn snagging, and unwinding breaks.

• Constant-Pressure Bobbin Hardness Testing: The HP Textile Durometer, Yarn Package Durometer Hardness Tester uses a spring-loaded knurled outer shell that presses down to a reference red line, ensuring a constant 12.5 N test pressure independent of operator technique across a 0–100 scale. Select curved-base models for cylindrical packages up to 15" (380 mm) diameter or flat-base (F) models for large packages over 15" diameter—including the HP-2.5 and HP-2.5F (2.5 mm ball for closely wound synthetics), HP-5 and HP-5F (5.0 mm ball for average yarns), and HP-10 / HP-10F (10.0 mm ball for loosely wound bulky yarns).

4. Fabric Area Weight (GSM / g/m²) & Precision Circular Sample Cutting

Determining basis weight (grams per square meter, g/m² or oz/yd²) requires cutting an exact surface area specimen without frayed edges and weighing it on a high-precision balance.

• Circular Specimen Cutters (10 cm², 50 cm² & 100 cm²): The 200 Series Sample Cutter uses four replaceable steel blades to cut woven, non-woven, and knitted fabrics, carpets, films, and paper. Choose the Model 240/100 (100 cm² cutout, up to 3 mm / 0.12" cutting thickness), Model 230/100 (100 cm² cutout for heavy carpets and materials up to 10 mm / 0.4" thick), Model 230/50 (50 cm² cutout, up to 5 mm thick), or Model 230/10 (10 cm² cutout, up to 5 mm thick).


• Direct-Reading GSM Area Weight Balance: Pair your sample cutter with the Hans-Schmidt EAR-300 Area Weight Balance (up to 30,000 g/m² or 300 g capacity) to read fabric basis weight directly in g/m² (gsm), oz/yd², or grams.

5. Standard-Compliant Laboratory Thickness Testing (DIN EN ISO 5084, ISO 9073-2 & ISO 9863-1)

Compressible textiles, non-wovens, fleece, and geotextiles require benchtop thickness gauges with rigid frames and calibrated presser-foot areas and dead-weight pressures.

• Hand-Wheel & Encased-Block Benchtop Thickness Gauges: Choose the D-1000 Precision Material Thickness Gauge (95 mm throat depth, hand-wheel controlled feeler, 0.01 mm standard / 0.001 mm optional resolution—including configurations such as the D-1000-G for Geotextiles and D-1000-L for Leather) or the deep-throat D-2000 Precision Material Thickness Gauge (200 mm jaw depth, encased capacitive measuring block, 0.001 mm resolution—available in dedicated models including D-2000-T for DIN EN ISO 5084 textiles, D-2000-V1/V2 and D-2000-NW for EN ISO 9073-2 fleece/non-wovens, D-2000-G1 for Geotextiles, and D-2000-U-D6525).

Textile Test Instruments Selection Guide (Active Series & Individual Models)

Use the reference table below to compare measurement parameters, ranges, and target applications across all active instrument families and individual model variations in this category:

Key Technical Capabilities Across This Category

• End-to-End Quality Assurance (From Fiber Bale to Finished Fabric): Our Textile Test Instruments cover every stage of production—from raw fiber moisture inspection (TMT-425, Hans-Schmidt DHT-3, Aqua-Boy TEM-1) and bobbin winding hardness (HP Durometer) to knitting machine setup (MLT, LMI/LMC, YSL-2000HD) and final laboratory GSM and thickness certification (200 Series Cutters, EAR-300, D-1000, D-2000).


• Interchangeable Moisture Electrodes for Any Package Form: Both the TMT-425 and Aqua-Boy TEM-1 support specialized electrodes—including 205 (25 mm) and 207 (100 mm) needle electrodes for cross-wound bobbins, 209 (325 mm) stab electrodes for pressed bales and sacks, 210 (110 mm) knife electrodes for fabric rolls, 211 / 211AM roller electrodes for running webs, and 213 surface electrodes for finished fabrics.


• Operator-Independent Repeatability: Constant-pressure mechanisms on the HP Textile Durometer, non-slip rubber-coated wheels on the LMI / LMC, and encased dead-weight measuring blocks on the D-2000 eliminate operator hand-force errors.


• Cross-Category Integration: Need additional handheld fabric micrometers or inline yarn tensiometers? Explore our related categories for Dial Thickness Gauges, Tension Meters, and Textile Moisture Meters.