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Xintao Technology

Molecular Sieve Experts Since 2002

Xintao Molecular Sieve
Exported to 140+ Countries

High-performance adsorbents and catalysts for industrial gas processing, dehydration, purification, and separation. Trusted by global partners since 2002.

Xintao Production Workshop

About Xintao Technology

Established on February 7, 2002, Guangdong Xintao Technology Co., Ltd. is a leading manufacturer and exporter in China specializing in molecular sieves, zeolite powders, activated alumina, tower support media, and tower packing solutions.

Our headquarters and manufacturing facility are located in Pingxiang City, Jiangxi Province, China — strategically positioned for efficient logistics and global export. With over two decades of experience, we serve clients in more than 140 countries across the petrochemical, pharmaceutical, energy, and environmental sectors.

2002
Founded
140+
Countries Served
20+
Years Experience
ISO Certified
Quality Assured

Our Products

Premium-grade molecular sieves, adsorbents, catalysts, and tower packing materials engineered for high efficiency, durability, and performance in industrial applications.

13X Sodium Molecular Sieve

13X Sodium Molecular Sieve

High-efficiency adsorbent for air separation, refrigerant drying, and gas purification. Ideal for cryogenic applications.

CMS 330 Carbon Molecular Sieve

CMS 330 Carbon Molecular Sieve

Used in PSA nitrogen generation systems. Offers high nitrogen recovery and long service life under continuous operation.

Lithium Molecular Sieves

Lithium Molecular Sieves

Advanced 13X Li-LSX type for oxygen generation via VSA/PSA. Superior O₂ selectivity and capacity.

Activated Alumina

Activated Alumina

High surface area desiccant for drying compressed air, natural gas, and refrigerants. Resists thermal shock and attrition.

99% Alumina Ball

99% Alumina Ceramic Ball

High-purity inert support media for catalyst beds. Excellent thermal stability and mechanical strength.

Ceramic Random Packing

Ceramic Random Packing

Intalox saddles and Raschig rings for distillation, absorption, and scrubbing columns. Maximizes surface contact.

Silica Gel

Silica Gel

Highly porous desiccant for moisture control in packaging, instrumentation, and industrial drying processes.

Structured Packing

Structured Packing

Corrugated metal or ceramic sheets for high-efficiency mass transfer in distillation and gas treatment.

Catalyst Support

Catalyst & Honeycomb Monolith

Custom catalyst carriers and monolithic substrates for emission control, chemical synthesis, and environmental applications.

Metal Random Packing

Metal Random Packing

Stainless steel or carbon steel Pall rings, Berl saddles for high-capacity towers with low pressure drop.

Why Choose Xintao?

We combine advanced materials science with strict quality control to deliver reliable, high-performance solutions trusted worldwide.

ISO-Certified Quality

Our production follows international standards with rigorous testing at every stage to ensure consistency and reliability.

Global Export Expertise

Products exported to over 140 countries with optimized logistics, customs support, and multilingual customer service.

R&D-Driven Innovation

Dedicated research team continuously improves formulations and develops new products for evolving industrial needs.

Industrial-Grade Durability

Engineered for harsh environments — resistant to thermal cycling, pressure fluctuations, and chemical exposure.

Fast & Reliable Delivery

Efficient supply chain ensures on-time delivery. Bulk packaging options available for large-scale operations.

Technical Support

Our engineers provide application guidance, troubleshooting, and optimization recommendations for maximum efficiency.

140+
Countries Served
20+
Years Experience
500+
Global Clients
100%
Quality Tested

Frequently Asked Questions

Get answers to common inquiries about our products and services.

Why is phenolic resin used as a raw material for carbon molecular sieve?

Phenolic resin provides a high carbon yield and uniform pore structure upon carbonization, making it ideal for producing CMS with consistent nitrogen separation performance.

What are the determining factors for the nitrogen production rate?

Key factors include CMS type, operating pressure, cycle time, feed air quality, and system design. Proper selection and maintenance ensure optimal output.

How to improve the service life of molecular sieves and activated alumina?

Ensure proper pre-filtration to remove oil and particulates, avoid liquid water exposure, regenerate at recommended temperatures, and use appropriate tower switching cycles.

Can molecular sieves separate CH₄ and CO₂?

Yes, certain types of molecular sieves (e.g., 13X, 5A) can selectively adsorb CO₂ from methane streams, enabling biogas upgrading and natural gas purification.

How to use Carbon Molecular Sieve correctly?

Install in dry, oil-free environments. Use dual-tower PSA systems with proper timing controls. Follow manufacturer guidelines for regeneration and pressure cycling.

Get in Touch

Reach out for product inquiries, technical support, or custom solutions.

info@xintaokeji.com
+86-13533289052
4F, Changshanghui Building, No.31 Shengxing Street, Panyu District, Guangzhou, Guangdong, China

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