A professional supplier of high quality molecular sieves and catalysts
A professional supplier of high quality molecular sieves and catalysts
Learn More +
A professional supplier of high quality molecular sieves and catalysts
A professional supplier of high quality molecular sieves and catalysts
Learn More +
A professional supplier of high quality molecular sieves and catalysts
A professional supplier of high quality molecular sieves and catalysts
Learn More +
A professional supplier of high quality molecular sieves and catalysts
A professional supplier of high quality molecular sieves and catalysts
Learn More +
A professional supplier of high quality molecular sieves and catalysts
A professional supplier of high quality molecular sieves and catalysts
Learn More +
A professional supplier of high quality molecular sieves and catalysts
Committed to the research and development of energy-saving and environmentally friendly new building materials
A professional supplier of high quality molecular sieves and catalysts
Learn More +
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Main Products-Quality Assurance

Provide customers A wide range of high-performance products, and provide complete technical support for users who use molecular sieves and catalysts

Zeolite for PVC Heat Stabilizer

Molecular Sieve Activated Powder 3A

It is made of molecular sieve raw powder by high temperature roasting and dehydration to add stabilizer. In the process of high temperature calcination, the molecular sieve raw powder loses most of the water, so the molecular sieve activated powder has a strong adsorption capacity, and has good dispersion and rapid adsorption capacity. Often as a selective adsorbent.

Molecular Sieve Activated Powder 3A

Molecular Sieve Activated Powder 3A Plus

When there is a trace of water or acid in the polyurethane system, it will react with the isocyanate to generate CO2, so that the product generates bubbles to affect the bond strength. The addition of molecular sieve activated powder with dispersibility and rapid adsorption capacity to the polyurethane system can effectively remove trace moisture and other small molecule impurities in the material and avoid bubbles. Molecular sieve activated powder has excellent dispersibility and can be perfectly compatible with existing commonly used polyether, isocyanate and polyol. SL-G2035 activated powder can prolong the curing time of two-component polyurethane, is especially suitable for the production of polyurethane electronic potting adhesive, can leave sufficient margin for construction operation, and has low impurity content and uniform particle size in the product, so that the adhesive can avoid blocking during spray gun operation.

Molecular Sieve Activated Powder 3A Plus

Molecular Sieve Activated Powder 4A

In some specific paint or coating systems, trace moisture in raw materials (solvents, pigments, additives, etc.) will cause adverse effects. For example, in metal or zinc-rich coatings, trace moisture will react with active metal pigments such as zinc and aluminum to generate hydrogen, which will lead to excessive pressure in the tank and even leakage in harsh environments. The addition of SL-2034 molecular sieve activated powder can effectively adsorb trace water in the system and inhibit the formation of hydrogen.

Molecular Sieve Activated Powder 4A

Molecular Sieve Activated Powder 5A

In order to have stronger water absorption, some manufacturers will choose to use 5A molecular sieve activation powder to ensure the drying effect under the condition of less addition amount. SL-2035, the content of monovalent examples such as sodium and potassium in the molecular sieve activation powder is very small, which is especially suitable for systems sensitive to monovalent ions and various polyurethane potting adhesives with high addition ratio.

Molecular Sieve Activated Powder 5A

Molecular Sieve Activated Powder 5A Plus

SL-G2055 Modified Activation powder is a product designed for systems with a high percentage of molecular sieve powder, especially for a variety of electronic potting adhesives with a high percentage of addition, or elastomer products with a higher percentage. The product has a low content of monovalent ions such as sodium and potassium, and is particularly suitable for systems that are sensitive to monovalent ions.

Molecular Sieve Activated Powder 5A Plus

Molecular Sieve Activated Powder for TPSS

Molecular Sieve Activated Powder for TPSS

ZSM-5 Molecular Sieve

ZSM-5 Molecular Sieve

3A-EPG Molecular Sieve

3A-EPG molecular sieve is mainly used in ethylene, propylene, butadiene and other separation production units to carry out deep dehydration and drying of raw material pyrolysis gas. The pyrolysis gas with temperature of 16±1 ℃, pressure of 3.2±0.1MPa and water content of 600-900PPm can be dried to make its dew point less than -55 ℃, and then enter the pre-cooling system of low-temperature demethanizer.

3A-EPG Molecular Sieve

3A Molecular Sieve for Ethanol Dehydration

Chuangge Technology focuses on the research and development and production of adsorbents for ethanol dehydration to anhydrous ethanol in fermentation and coal-to-ethanol (DMTE) processes. In view of the different by-products in different processes and the low purity of products, we deeply study and produce special molecular sieves for ethanol dehydration. The molecular sieve is specially designed and optimized to effectively improve the dehydration efficiency and ensure that the ethanol purity meets or exceeds the design requirements. Through innovative technology and strict production control, our special molecular sieves show excellent performance in the dehydration process, providing a reliable guarantee for industrial ethanol production

3A Molecular Sieve for Ethanol Dehydration

4A Molecular Sieve

Molecular sieve 4A, also called zeolite 4A or zeolith 4A, is one type of aluminosilicate crystal with average pores measuring of 4 angstrom (0.4nm). Molecular with kinetic diameter larger than 4 angstrom will be adsorbed by zeolite 4A, otherwise be excluded.

4A Molecular Sieve

4A Molecular Sieve-Natural Gas Drying

It is mainly used for deep dehydration and drying of natural gas, and its high strength fully guarantees its service life. It can absorb water, a small amount of carbon dioxide, hydrogen sulfide and other trace impurities in natural gas, especially when dealing with natural gas with low content of carbon dioxide and hydrogen sulfide (below 200 ppm). After adsorption treatment, natural gas can be directly transported.

4A Molecular Sieve-Natural Gas Drying

5A Molecular Sieve

5A molecular sieve has a developed three-dimensional pore structure, and the pore diameter of the crystal is 0.5nm, which is mainly used in industrial fields such as (PSA) pressure swing adsorption H2 production, CO production device and large-scale n-isoparaffin separation device of petrochemical enterprises. It has the characteristics of higher adsorption capacity, faster adsorption speed, stronger adsorption selectivity, more complete desorption at room temperature, smooth and hard surface, high strength and low wear rate.

5A Molecular Sieve

13X APG Molecular Sieve

13X APG Molecular Sieve

5A Molecular Sieve for Pressure Swing Adsorption (PSA)

5A molecular sieve has a developed three-dimensional pore structure, and the pore diameter of the crystal is 0.5nm, which is mainly used in industrial fields such as (PSA) pressure swing adsorption H2 production, CO production device and large-scale n-isoparaffin separation device of petrochemical enterprises. It has the characteristics of higher adsorption capacity, faster adsorption speed, stronger adsorption selectivity, more complete desorption at room temperature, smooth and hard surface, high strength and low wear rate.

5A Molecular Sieve for Pressure Swing Adsorption (PSA)

Activated Carbon for Pressure Swing Adsorption (PSA)

Pressure swing adsorption (PSA) separation technology is applied to the separation and purification of industrial gases. In pressure swing adsorption engineering, the use of special activated carbon has the adsorption capacity of a gas is large, and the adsorption of other gases is small adsorption characteristics, to achieve gas separation, purification, concentration and recovery.

Activated Carbon for Pressure Swing Adsorption (PSA)

Silica Gel for Pressure Swing Adsorption (PSA)

Pressure swing adsorption (PSA) separation technology is applied to the separation and purification of industrial gases. In pressure swing adsorption engineering, the use of special activated carbon has the adsorption capacity of a gas is large, and the adsorption of other gases is small adsorption characteristics, to achieve gas separation, purification, concentration and recovery.

Silica Gel for Pressure Swing Adsorption (PSA)

CG-PSA Oxygen Sieve

CG-PSA O2  is next generation molecular sieve specifically designed for use in industrial oxygen generators that employ a pressure swing adsorption (PSA) cycle for high purity (93-95%) oxygen. CG-PSA O2  superior performance is directly related to its enhanced N2/O2 selectivity relative to standard PSA O2 type molecular sieves.

CG-PSA Oxygen Sieve

Efficient Catalyst- Hydrogen Deoxygenation/ Palladium Catalyst

Palladium catalyst is a noble metal supported catalyst designed by shell theory, which is mainly used for hydrogen deoxygenation, but also for hydrogenation to remove nitrogen, carbon dioxide and argon deoxygenation. The catalytic mechanism is that when the feed gas passes through the catalyst, the impurity oxygen reacts with hydrogen to form water, so that the oxygen is excluded.

Efficient Catalyst- Hydrogen Deoxygenation/ Palladium Catalyst

Efficient Catalyst- Ordinary Gas Deoxygenation/ Manganese Deoxidizer

The main Mn-based deoxidizer for olefin deoxidation has large oxygen capacity, is not easy to sinter and low cost, but its reduction and regeneration temperature is 170-350 ℃. The appearance of manganese deoxidizer is brown black ball, which is used in the production process of polyethylene and polypropylene, and has good deoxidation performance.

Efficient Catalyst- Ordinary Gas Deoxygenation/ Manganese Deoxidizer

Efficient Catalyst- CTO-1.6 Carbon Deoxidizer

The CTO-1.6 (3093) deoxidizer is an ablative inert gas deoxidizer that neither needs hydrogen matching nor reduction and regeneration with hydrogen. The principle of deoxidation is: the oxygen in the gas and the carbon carrying the active component can be converted into carbon dioxide at a lower temperature under the catalysis of the active component, C O2 = CO2 ↑. The residual oxygen content of the deoxygenated gas is less than 1.0ppm, and the high purity gas is obtained after the removal of carbon dioxide.

Efficient Catalyst- CTO-1.6 Carbon Deoxidizer

Palladium Catalyst- Hydrogen peroxide produced by anthraquinone process

The main processes of producing hydrogen peroxide by anthraquinone process include fixed bed process and slurry bed process. The fixed bed process has become the mainstream of hydrogen peroxide production process due to its advantages of low investment, high yield, simple operation, low precious metal content of palladium catalyst, high activity, easy regeneration and safe use.

Palladium Catalyst- Hydrogen peroxide produced by anthraquinone process

Refrigeration System XH-9 Molecular Sieve

It is XH-7 suitable for the drying of new refrigerants (such as R-134a) in refrigerators, freezers and air conditioners; it is also suitable for the dehydration and drying of special refrigerants (such as butane) in refrigerators. XH-9 is suitable for the drying of various refrigerants (except for mixed refrigerants containing difluoromethane), and the dehydration and drying of new refrigerants in refrigerators, freezers and air conditioners. It is a universal desiccant. XH-11 suitable for dehydration and drying of environmentally friendly refrigerant R-410A, R-407C, R-404A, R-507, etc.

Refrigeration System XH-9 Molecular Sieve

Refrigeration System Alumina Microspheres

Activated alumina consists of aluminum oxide (Al2O3), a well-known crystalline material. Alumina show a wide variety of pore sizes and none of them show selectivity based on the size of the molecule. In addition to the adsorption of water available on their surface, they can also adsorb a large number of acidic molecules due to the diverse pore sizes. Since water and lubricating oil are simultaneously adsorbed into the pores of alumina, the product is compatible with the latest refrigerants 134a, 1234yf, and 454B.

Refrigeration System Alumina Microspheres

Refrigeration System Fluorescent Tracer

The Tracer ChuangGe fluorescent tracer provides a perfect solution for using fluorescent leak detection agents on automotive air conditioners. Tracer ChuangGe fluorescent tracer film uses an absorbent felt as a carrier to load a fluorescent leak detector. Fluorescent tracer films can be easily added to components of air conditioning systems, and can also be directly placed in drying tanks or reservoirs. After the final assembly and operation of the air conditioner, the fluorescent leak detection agent will be smoothly released through the operation of the refrigerant and lubricant.

Refrigeration System Fluorescent Tracer

Carbon Molecular Sieves（CMS 300）

Carbon Molecular Sieve (CMS) is the adsorbent of PSA nitrogen generating device, using the principle of pressure swing adsorption (PSA) to separate nitrogen from the air, the separation of carbon molecular sieve oxygen and nitrogen in the air is mainly based on the difference of diffusion rate of these two kinds of gas on the surface of CMS.

Carbon Molecular Sieves（CMS 300）

Activated Alumina

Activated alumina has good mechanical properties and heat resistance. It is not soft, does not swell, does not crack, and has a moderate price. Its dew point after drying is less than or equal to -40 ℃. This product can be used as a precious metal catalyst carrier, oxygen industry, textile industry, electronic industry gas drying, automatic instrument wind drying, as well as in chemical fertilizer, petrochemical drying industry as a desiccant, cleaning agent (dew point up to -40 ℃) it is a trace of water depth drying of high efficiency desiccant,

Activated Alumina

Industrial Ceramic Balls

Inert alumina stuffing balls are widely used in industries such as petroleum, chemical, fertilizer, natural gas, and environmental protection, as cover and support materials for catalysts in reactors and tower fillers. It has the characteristics of high temperature and high pressure resistance, low water absorption, and stable chemical properties. It can withstand corrosion from acids, alkalis, and other organic solvents, and can withstand temperature changes that occur during the production process. Its main function is to increase the distribution point of gas or liquid, support and protect active catalysts with low strength.

Industrial Ceramic Balls

Special Adsorbents

Food and drug specific molecular sieve desiccant is an efficient desiccant developed by our company specifically for the food and drug industry. This product is an artificially synthesized desiccant with strong adsorption capacity for water molecules. Mainly composed of silicon and aluminum connected by oxygen bridges to form an open skeleton structure, there are many uniformly sized pores and neatly arranged holes with a large internal surface area in the structure. The internal pore size can be controlled by different processing techniques, and in addition to adsorbing water vapor, it can also adsorb other gases. It can still accommodate water molecules well even at high temperatures above 230 ℃. When the temperature is 25 ℃ and the relative humidity is 50%, the static water adsorption capacity of the desiccant is greater than 23%. When the relative humidity is 90%, the static water adsorption capacity is more than 35%.

Special Adsorbents

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Chuangge Technology · Application field

Provide customers A wide range of high-performance products, and provide complete technical support for users who use molecular sieves and catalysts

News

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Invitation to the 27th International Adhesives and Sealants Exhibition and the 19th Adhesive Tape Film Exhibition

Invitation to the 27th International Adhesives and Sealants Exhibition and the 19th Adhesive Tape Film Exhibition

2024

09-02

Cutting-edge Technology: New Product at Hangzhou Polyurethane Adhesive Practical Exchange Meeting.

2024

04-25

Dalian Chuangge Technology Co., Ltd with molecular sieve for TPSS and Angle adhesive the 33rd China International Glass Industrial Technical Exhibition

Dalian and technology co., LTD with molecular sieve for TPSS and Angle adhesive special molecular sieve to participate in China international glass industry technology exhibition (hereinafter referred to as: China glass exhibition), the product to the hollow glass super spacing bar do irregular desiccant, can do not change the product's physical and chemical properties, adsorption of hollow glass trace moisture, prevent hollow glass fog, dew.

2024

03-01

Carbon Xin Technology's annual production of 600000 tons of ethanol is fully integrated into the entire process, producing qualified products

At 10:40 am on February 28th, with the successful start of the entire process, Carbon Xin Technology successfully produced the world's largest single set of ethanol industrial production equipment, producing the "first barrel" of high-quality ethanol. For this reason, Huaibei Mining Group has sent a congratulatory letter specifically.

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