Products

AC380V 3KW Fuchsine Solution Pressure Tester For Ceramic Material

HJ0607 is specially designed for sintering density detection of household appliance ceramic components. It complies with IEC 60335-1:2020 Clause 22.32 standard and supports fuchsin penetration test under 0-20MPa high pressure environment (pressure rise rate 100kPa/s).

Item No. :
HJ0607
Minimum Order Quantity (MOQ) :
1 Set
Payment Method :
T/T, L/C
Price :
Negotiatable
Product Origin :
China
Supply Ability :
10 set per month
Lead Time :
30 days
Conventional packaging :
Plywood

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Product Details

IEC60335-1 Testing Equipment Pressure Test Device for Ceramic With 20MPa Test Pressure 100KPa/s Rise Rate

Standard of IEC60335-1 Testing Equipment:

IEC 60335-1:2020 Household and similar electrical appliances – Safety – Part 1: General requirements clause 22.32.

Application of Ceramic Pressure Test Device:

Ceramic material fuchsine pressure tester is used for ceramic component materials in household appliances to determine whether the ceramic material is tightly sintered.

Function of Ceramic material fuchsine pressure test apparatus:

The ceramic material is broken into pieces that are immersed in a solution containing 1 g of fuchsine in each 100 g of methylated spirit. The solution is maintained at a pressure not less than 15 MPa for a period so that the product of the test duration in hours and the test pressure in megapascals is approximately 180.

The pieces are removed from the solution, rinsed, dried and broken into smaller pieces.

The freshly broken surfaces are examined and shall not show any trace of dye visible to the naked eye.

Parameter of IEC60335-1 Testing Equipment:

Test pressure range	0～20MPa±0.5MPa adjustable
Pressure accuracy	± 5 %
Pressure rise rate	100kPa/s
Test container volume	Not less than 100ml, withstand pressure greater than 15MPa.
Test duration	0-99h adjustable
Water supply mode	Automatically water supply
Water pressure display mode	PLC intelligent programme + touch screen display. The equipment has the function of automatic pressure replenishment, pressure preservation and pressure relief.