Thermal Deformation Vicat Softening Point Temperature Tester Micro Control

DX8534 Thermal Deformation, Vicat Softening Point Temperature Tester (Micro Control)

Scope of application:

It is mainly used for the determination of thermal deformation of polymer materials (such as plastics, rubber, nylon, electrical insulating materials, etc.) and the temperature of Vicat softening point. It is suitable for colleges and universities, scientific research units and product quality supervision and inspection units.

Standards:

It meets the requirements of GB/T 8802-2001, ISO 2570 (PVC), GB/T 1633, GB/T 1634, ISO 75-1987 (E), ISO 306-1987 (E) and other standards.

Standards:

GB/T 1633-2000 (idt ISO 306:1994) Determination of Vicat Softening Temperature (VST).

GB/T 1634.1-2004 (idt ISO75-2:2003) Plastics -- Temperature determination of load deformation (General test method)

GB/T 1634.2-2004 Plastics -- Temperature determination of load deformation (plastics, hard rubber and long fiber reinforced composites)

GB/T 1634.3-2004 Plastics -- Determination of load deformation temperature (high-strength thermosetting laminates)

GB/T 8802-2001 (eqv ISO 2507:1995) Determination of Vicat softening temperature of thermoplastic pipes and fittings

Main performance indicators:

Test range: room temperature ~ 300°C;

Number of specimen holders: 2, 3, 6;

Heater power: 4KW;

Vicat disturbance: 1mm.

Deformation resolution error: 0.005mm

Heating rate: A=5°C/6min B=12°C/6min;

Maximum temperature measurement error: ±0.5°C

Maximum temperature control error: ±12°C/6 mins (heat deflection test) ±5°C/6 mins (Vicat test)

1# weight weight (i.e. load bar, standard indenter, sensor probe, tray, screw): 68g ±1g

Heating medium: silicone oil (below 200 cSt, flash point above 300 °C)

Cooling method: natural cooling or water cooling (C-type machine)

Dimensions: 520×420×1100mm;

Main power supply: 220V+10%, 15A, 50HZ;

A set of test application software for thermal deformation and Vicat softening point temperature tester Chinese operating system