TEXEL magnetic drive pump, MTA series, has excellent corrosion resistance, strength, and abrasion resistance. The main parts of MTA pumps such as casing, impeller and lining are made of PFA which has excellent characteristics for process pumps. The MTA pump is ideal for most chemical applications. TEXEL’s unique back pull-out structure allows the main components to be assembled and disassembled individually. All flange sizes comply with ANSI/ASME B16.5 pipe flanges and flanged fittings standards.
TEXEL High pressure transfer molding process
TEXEL’s unique high-pressure molding process produces a uniform thickness and smooth surface lining. This is done to prolong the life of the pump. Also, this molding eliminates the gap between the lining of the casing and the cast iron, while preventing the lining from shifting or moving.
The main parts of MTA pump such as casing, impeller, and lining are made of PFA, which has excellent characteristics for process pumps.
The PFA lining of TEXEL MTA pump has a sufficient thickness of 5-6 mm and has excellent corrosion resistance, strength, and abrasion resistance.
A completely seamless internal magnet lining prevents magnet corrosion and reduces the possibility of pump failure.
TEXEL’s unique back pull-out structure allows the main components to be assembled and disassembled individually. During maintenance, disassembly, or inspection, work can be done without removing the discharge/suction pipes. Therefore, it makes parts replacement and maintenance work easier and reduces work time.
All flange sizes comply with ANSI/ASME B16.5 Pipe Flanges and Flanged Fittings standards.
Feature of PFA
High durability and abrasion rsistance
It has excellent durability and can be used for a long period of time in severe environments. It has a low abrasion coefficient and excellent lubricity.
Excellent heat resistance
It maintains stable mechanical strength over a wide range of temperatures from low to high temperatures. TEXEL MTA pumps can be used at -4 to +248°F (-20 to +120°C).
Highly impervious to chemicals and excellent in corrosion resistance. It reduces the need for and makes it possible to minimize downtime during operation.