Περιστροφικός ελεγκτής τριβής
Συσκευή δοκιμής τριβής διπλής πλατφόρμας
Συσκευή δοκιμής περιστροφικής τριβής διπλής πλατφόρμας
Διπλός περιστροφικός ελεγκτής τριβής με περιστρεφόμενη πλατφόρμα
ASTM C241 ASTM C501 ASTM D1044
ASTM C1353 ASTM D3884 ASTM D3389
ASTM D4060 ASTM D5034 ASTM D5035
ASTM D6037 ASTM D7255 ASTM F362
ASTM F510 ASTM F1478 ASTM F1978
ISO 3537 ISO 4586 ISO 5470 ISO 7784
ISO 7784, ISO 9352, ISO 10074
ISO 14656, ISO 24338, DIN 52347
DIN 53109 DIN 53754 DIN 53799
DIN 68861 AS/NZS 1580.403.2
AS/NZS 4266.2 BS 5599 ENV 13696
FORD BN108-02 GM 9515P SAE J 1530
SAE J 1847 SAE J 365 SAE J 948
EN 13329 EN 13523-16 EN 14323
EN14327 EN14354 EN14431
EN 14688 EN 14864 EN 1504-2
EN 438-2 EN 660-2

Automatic Dual‑Head Rotary Abrasion Tester QPI‑DP2800 - Application:

Ο επαγγελματίας Automatic Dual Head Rotary Abrasion Tester QPI‑DP2800 is engineered for high‑precision evaluation of surface durability, wear resistance, and coating integrity using standardized rotary abrasion procedures. The instrument performs controlled abrasion through two independently driven rotary heads, enabling simultaneous testing of identical or different specimens under identical load and speed conditions. This dual‑head configuration increases repeatability, reduces operator influence, and supports advanced comparative testing.

ASTM Test Method Description (Taber Abrasion – ASTM D4060 / ASTM D1044 / ASTM D3884)

ASTM rotary abrasion standards quantify the αντοχή στη φθορά of coatings, plastics, laminates, flooring materials, and industrial surfaces by measuring material loss after a defined number of abrasion cycles. The method simulates long‑term mechanical wear through controlled rotational friction.

Core ASTM Procedure Using QPI‑DP2800

1. Specimen Preparation

   • The test specimen is cut to the required ASTM dimensions.

   • The surface is cleaned and conditioned to remove dust, oils, or contaminants.

   • The specimen is mounted securely on the abrasion platform using the precision clamping system.

2. Wheel Selection

   • Abrasive wheels are selected according to the ASTM material category (e.g., CS‑10, CS‑17, H‑18, H‑22).

   • The QPI‑DP2800 supports rapid wheel exchange and dual‑head parallel testing.

3. Load Configuration

   • Standard ASTM loads (typically 250 g, 500 g, or 1000 g per wheel) are applied using calibrated weight assemblies.

   • The dual‑head system ensures identical loading on both test stations.

4. Rotational Abrasion Cycle

   • The test begins with the programmed number of cycles (e.g., 100, 500, 1000 cycles).

   • The specimen rotates beneath the abrasive wheels at a controlled speed defined by the ASTM method.

   • The wheels create a uniform wear path through continuous contact and friction.

5. Material Loss Measurement

   • After the cycle count is completed, the specimen is removed and cleaned.

   • Wear is quantified by:

     • Mass loss (mg)

     • Wear index

     • Visual surface degradation

   • The QPI‑DP2800’s dual‑head design allows direct comparison between two materials or two coatings under identical conditions.

ASTM Output

The ASTM method provides:

• Wear Index (WI)

• Mass loss per cycle

• Visual wear classification

• Comparative durability ranking

These results support quality control, R&D, and material certification.

ISO Test Method Description (ISO 5470‑1 – Rotary Abrasion)

ISO 5470‑1 defines a standardized procedure for evaluating the abrasion resistance of flexible and rigid materials using a rotary abrasion system. The method ensures global comparability of wear performance across coatings, polymers, textiles, and industrial surfaces.

Core ISO Procedure Using QPI‑DP2800

1. Προετοιμασία Δείγματος

   • The specimen is conditioned under ISO‑specified temperature and humidity.

   • The QPI‑DP2800’s stable platform ensures uniform specimen alignment.

2. Abrasive Wheel Selection

   • ISO wheels (e.g., CS‑10, CS‑17, H‑18) are installed according to material type.

   • Dual‑head operation allows simultaneous ISO testing of two specimens.

3. Applied Load

   • ISO loads are applied using calibrated weight assemblies.

   • The instrument ensures precise vertical force distribution on both heads.

4. Abrasion Cycle Execution

   • The specimen rotates beneath the wheels at the ISO‑defined speed.

   • The abrasion heads apply continuous friction, producing a standardized wear track.

   • The QPI‑DP2800’s automatic cycle control ensures exact compliance with ISO cycle counts.

5. Wear Evaluation

   • After testing, the specimen is cleaned and evaluated.

   • ISO wear performance is determined by:

     • Mass loss

     • Thickness reduction

     • Surface appearance changes

     • ISO wear index calculations

ISO Output

ISO 5470‑1 provides:

• Mass loss (mg)

• Wear index

• Surface degradation classification

• Internationally comparable abrasion performance data

Why Engineers Prefer the QPI‑DP2800 for ASTM & ISO Abrasion Testing

• Dual‑head parallel testing for high throughput

• Precision speed control for strict ASTM/ISO compliance

• Rapid wheel exchange system

• Stable specimen platform for repeatable results

• Automatic cycle counting and programmable test sequences

• Ideal for coatings, plastics, flooring, automotive materials, aerospace surfaces, and industrial laminates