Ceramic Ball Valve

Specification parameters Name Ceramic Ball Valve Model Q41TC-16C Q341TC Q641TC Q941TC Size 1" ~ 12" (DN15~DN300) Pressure 150LB ~ 600LB (PN10~PN100) Temperature -29°C~+250°C Body Material cast steel, stainless steel Drive Mode Electric, manual, pneumatic Applications Applicable to steel mills, blast furnace gas dedusting systems, power plant desulfurization systems
Size Range
1" ~ 12" (DN15~DN300)
Temperature Range
-29°C~+250°C
Pressure Rating
150LB ~ 600LB (PN10~PN100)
Operation Type
Electric, Manual, Pneumatic

Specification parameters

Name Ceramic Ball Valve
Size 1" ~ 12" (DN15~DN300)
Pressure 150LB ~ 600LB (PN10~PN100)
Temperature -29°C~+250°C
Body Material cast steel, stainless steel
Drive Mode Electric, manual, pneumatic
Applications Applicable to steel mills, blast furnace gas dedusting systems, power plant desulfurization systems under high wear or corrosive conditions

Design Specification:

Design Standards API6D, BS 5351, GB/T 12237
Structure length ASME B16.10, GB/T 12221
Connection Standard ASME B16.5, GB/T 9113, JB/T 79, HG/T 20592, HG/T 20615
Fire Protection Requirements API 6FA, API 607
Pressure test API 598,GB/T 13927, GB/T 26480
Temperature and Pressure Test ASME B16.34, GB/T 12224

Product Features:

1. O-shaped spheres and valve seats are made of high-performance structural toughened ceramics. The ball valve has high wear resistance, erosion resistance and corrosion resistance.

2. Ceramic processing is made by Japanese grinding equipment. The roundness of the spherical forming is extremely high, and the finish is up to w2. The ceramic itself is freely lubricated and can achieve a good sealing effect.

3. Ceramic ball valves have the absolute advantage that metal ball valves are incomparable. The service life is 2-4 times that of titanium metal and Monel metal valves.

The ceramic material has a small amount of deformation and has a much higher bonding strength than metal. Generally, the crystal ionic radius of the ceramic material is small, and the ion electricity price is high, and the coordination number is large. These properties determine the resistance of the ceramic material. Tensile strength, compressive strength, modulus of elasticity, hardness, etc. are all very high. However, the "brittle" and difficult processing of ceramic itself limits its application range. In the past decade, due to the development and progress of martensitic transformation toughening technology, composite technology and nano-ceramic concept, ceramics have been made " The brittleness has been greatly improved, its toughness and strength have been greatly improved, and the scope of application has been continuously expanded. The application of new ceramic materials in petroleum, chemical, machinery and other fields is very active. The use of ceramic wear resistance and corrosion resistance to make wear-resistant and corrosion-resistant parts instead of metal materials is an important development direction of high-tech materials market in recent years. One.

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