Yarn Package Hardness Tester HP-2.5-F
Textile hardness tester (durometer) to determine winding density of closely wound bobbins of synthetic, finished fibers and filaments
Indentor - ball diameter 2.5 mm
The measuring force is according to shore A regulations
Durometer with large working face for bobbins with more than 400 mm diameter
Special Features
Standard Features
Available Models
Model | Ball Ø | Application | |
HP-2.5-F | 2.5 mm | for closely wound bobbins of synthetic, finished fibers and filaments with more than 400 mm diameter | |
alternative | |||
HP-5-F | 5 mm | for loosely wound bobbins of synthetic fibers and closely wound natural fibers, yarns and threads with more than 400 mm diameter | more |
HP-10-F | 10 mm | for very loosely wound bobbins of thick yarns with more than 400 mm diameter, such as carpet yarns | more |
Indentor: | Ball Ø 2.5 mm |
Area of application: | For closely wound bobbins of synthetic, finished fibers and filaments with more than 400 mm diameter |
Depth of indentation*: | 0 – 2.5 mm |
Test pressure**: | Approx. 12.5 N |
Measuring spring force*: | 0.55 – 8.065 N |
Display range: | 0 – 100 hardness graduation marks |
Scale diameter: | 54 mm |
Working face flat: | 45 mm |
Weight, net (gross): | Approx. 300 g (500 g) |
Dimensions: | 50 x 58 x 110 mm (LxWxH) |
Specifications subject to change without notice!
* Meets requirements of Shore A
** Spring load of outer ring to create constant pressure when outer ring is pulled to red marking
General:
The principle used to measure textile hardness is based on measuring the resistance force of the penetration of a ball shaped indentor against the spool under a known spring load. The hardness scale covers a range of 0 – 100, were 0 is the smallest and 100 is biggest hardness. The measuring force and the principle relates to the specifications of rubber hardness tester Shore A.
Please note:
There exists no international standard for adjusting and calibration of textile hardness. Therefore we have developed our own test-standard and procedures.
- Code M - Memory pointer
Memory pointer to capture and store value (last or highest reading) during measuring.
Order code: HP-2.5-F-M - PSHP - Test Stand
Model PSHP for series measurements
– Spring loaded lever for fast, precise positioning
– Height adjustable 0 – 200 mm
– Stroke lever action 40 mm
– Dimensions 162 x 100 x 320 mm (LxWxH)
– Weight net: approx. 2,3 kg
Various plates are optional available,
ask for more information !