$China Digital High Temperature MOR Machine for Refractory Testing for sale$

$China Digital High Temperature MOR Machine for Refractory Testing for sale$ Video

Digital High Temperature MOR Machine for Refractory Testing

Name: Digital High Temperature MOR Machine for Refractory Testing
Brand: Guangdong Haida Equipment Co., Ltd.

60095-HD Digital High Temperature MOR Machine Product Specifications Attribute Value Display Device PC All Weight 2800kg Available Tensile Stroke 900mm Unit Switchover G, KG, N, LB Weight 500 kg Test Speed 0.1~300mm/min Usage Tension Material Tension Strength Tester Resolution 1/100,000 Test Space Height 500 mm Crosshead Travel 1000 mm Force Reading kgf, Ibf, N, KN, T etc Load Capacity 5-200kg Crosshead Speed Accuracy ±0.2% Grip Tensile grip, Tear force grip Dimensions 1200

Unit Switchover G, KG, N, LB

Display Device PC

Packaging Details Export wooden case

Test Space Height 500 mm

Force Reading kgf, Ibf, N, KN, T etc

Supply Ability 30 Sets per Month Haida

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Product Description

60095-HD Digital High Temperature MOR Machine

Product Specifications

Attribute	Value
Display Device	PC
All Weight	2800kg
Available Tensile Stroke	900mm
Unit Switchover	G, KG, N, LB
Weight	500 kg
Test Speed	0.1~300mm/min
Usage	Tension Material Tension Strength Tester
Resolution	1/100,000
Test Space Height	500 mm
Crosshead Travel	1000 mm
Force Reading	kgf, Ibf, N, KN, T etc
Load Capacity	5-200kg
Crosshead Speed Accuracy	±0.2%
Grip	Tensile grip, Tear force grip
Dimensions	1200 mm x 800 mm x 1800 mm

Product Description

The 60095-HD Digital High Temperature MOR Machine complies with GB3002-2017, GB/T13243-1991, YB/T 5201-93, JB/T 2980.2-1999, and HB/T 5352.1-2004 standards. This precision instrument tests high temperature flexural strength of refractory products, carbon-containing refractory materials, dense refractory castables, ceramic rollers, silicate products, and casting shell materials. Featuring computer connectivity for automated testing and data processing, it offers stable force application, easy maintenance, and reliable results.

Maximum temperature options: 1400℃ or 1600℃
Maximum load options: 1000N, 10000N, or 20000N
Sample size compatibility with multiple industry standards
Precise temperature control: ±1℃ accuracy
Computer integration for automated control, data processing, and report generation
Power options: 380V, 8KW or 12KW
Heating elements: Silicon carbon rod (1400℃) or silicon molybdenum rod (1600℃)
Automatic sample feeding mechanism for continuous testing of 4-6 samples per heating cycle