Copper foil softness tester

ANA-TBR1000Copper foil softness testerDesigned according to relevant regulations such as GB/T 8942 "Determination of Paper Softness", ASTM D2923 "Standard Test Method for Hardness of Polyolefin Film and Thin Plate", and TAPPI T498 "Special Testing Instrument for Non woven Fabric Softness", and referencing the Handle-O-Meter testing principle in the United States, it is used for material performance characteristic testing and quality control in electronic component manufacturing. It is an industrial electronic information material process quality testing equipment.

Test Principle

Under specified conditions, press a 100 * 100mm specimen into a narrow slit to a certain depth. The instrument records the vector sum of the specimen's bending resistance and the frictional force between the specimen and the slit, which is called the specimen's softness. The smaller the instrument reading, the softer the specimen.

according to the standard

GB/T 8942、QB/T 1060、ASTM D2923、ASTM D6828-02、TAPPI T498、INDA IST 90.3、EDANA WSP 90.3

Product Features

Adopting an LCD display control system with one click data statistics function;

Fully automatic measurement, real-time curve display of pressure changes during the testing process;

Adopting a micro sensor measurement and control system, automatically sensing core digital circuit technology;

Over range automatic reset to protect precision sensors;

• Base color composite material anode rust prevention treatment;

Thermal printing function, after testing a batch of data, the test report can be directly printed.

Technical Specifications

1. Measurement range: (5-2000) mN

2. Test speed: 1.2mm/s

3. Total travel: 12mm

4. Measurement time: 15s

5. Resolution: 1mN

6. Accuracy: ± 1%

7. Indication variability: ≤ 1%

8. Depth of probe insertion: 8 ± 0.5 mm

9. Probe width: 400 ± 0.5mm

10. Narrow width of sample table: 5mm, 6.35mm, 10mm, 20mm (non-standard customization)

11. Test leverage ratio: 32:73

12. Matrix code group: 20/25 group, 10/16 group, 6.35/16 group, 5/16 group

13. Calibration weights: 200g, 400g, 600g

14. Parallelism: ≤ 0.05mm

15. Detection display: 3.5-inch LCD screen with curve display

16. Report printing: Comes with a built-in micro thermal printer

17. Dimensions: (570 × 415 × 200) mm

18. Weight: Approximately 30kg

Product Configuration

Standard configuration: Paper hardness tester, thermal printing paper, power cord, instruction manual, certificate of conformity, warranty card

ANA-TBR1000Copper foil softness testerScope of Application

Paper softness and hardness testing: suitable for quality inspection of packaging printing paper, cardboard, paper boxes and other packaging new materials technology;

Disposable soft and hardness testing: suitable for quality testing of new material processes such as tissue paper, sanitary pads, cosmetic pads, napkins, etc;

Non woven fabric softness and hardness testing: suitable for quality testing of new material processes such as diapers, non-woven fabrics, sanitary products, fabrics, etc;

Fiber woven fabric softness and hardness testing: suitable for quality inspection of new fiber materials such as glass fiber and carbon fiber in terms of process technology;

Thin film soft and hardness testing: suitable for quality inspection of nano new material processes such as optical films, composite films, superconducting films, plastic films, etc;

Wire softness and hardness testing: suitable for quality testing of new material processes such as insulated laminated wires, sutures, data transmission accessories coils, etc;

More material applications：

Soft performance test of toilet paper	non-woven fabricsoftperformance testing	Industrial fiber fabric is softperformance testing	Soft performance test of battery separator
Soft performance test of filter paper filter membrane	Soft performance testing of thin film composite materials	Soft performance test of plastic sheet	Flexibility performance testing of electronic wires

Classification of Material Testing Instruments Classification of testing instruments ——