Plastic Random Packing Ring Plastic random packing rings are one of the core products of the packing system. Made from high-quality materials such as polyethylene
First Container In 2023 On January 3, 2023, Xintao successfully received its first 20-foot container shipment to a Russian customer. This marked the customer’s fourth
Xintao PP Pall Ring Exported to Mexico In early October, we received an inquiry from customer for PP pall ring on Alibaba. We introduced our exporting
Xintao Exported 16 Tons of Alumina Grinding Balls to Asia In April 2022, we received an new inquiry from our Indonesia partner for 16 tons
In the end of October, Xintao have just finished 2*40HQ tower packing’s loading, which include PP intalox saddles, Ceramic Intalox Saddles and 304 pall rings.
13X Molecular Sieve for Air Separation Unlock superior air separation efficiency with Xintao’s 13X Molecular Sieve. Renowned for high thermal stability and exceptional adsorption capacity,
Xintao Wins Order for 50-Ton Carbon Molecular Sieves for Large Nitrogen Generators Introduction In the field of industrial gas separation, the demand for carbon molecular
Xintao Supports African Natural Gas Dehydration Project Meeting Africa’s Natural Gas Dehydration Needs A major natural gas processing facility in Africa required a reliable solution
50 Tons of 3A Molecular Sieve for Ethanol Solvent Dehydration Exported to Russia Industrial Ethanol Solvent Dehydration Solution In the field of industrial ethanol solvent processing, moisture control is critical. Excess water in ethanol solvents can
96 Tons of Ceramic Balls Are Reordered by A South Korean Customer In February of this year, we were delighted to receive another order from
Custom-Packaged Molecular Sieve for Solvent Dehydration Jiangxi Xintao Technology Co., Ltd., with over 20 years of experience since 2002, specializes in manufacturing various molecular sieves
Successfully Exported Over 10+ Tons of Carbon Molecular Sieve to Europe We are proud to announce the successful completion of a significant export project: delivering
