China High Quality Adsorbent Zeolite 3A Molecular Sieve Factories, Pricelist
- Nominal Pore Size: 3 Ångström
- Bulk Density: ≥0.70 g/ml
- Crush Strength: ≥55 N (1.6-2.5mm)
- Key Use: Ethanol & IG Glass
Direct manufacturer supply of engineered crystalline aluminosilicates with calibrated pore kinetics, minimum attrition rates, and maximum static/dynamic moisture adsorption capacity.
From the downstream refining corridor along the Danube to Upper Austria's precision chemical hubs, rigorous European performance metrics dictate technical desiccant procurement across the Austrian Republic.
The OMV Schwechat refinery—one of Europe's largest inland processing hubs—together with associated petrochemical complexes in Lower Austria, demands massive desiccant beds capable of continuous deep dehydration. Hydrocarbon cracking, alkylation feeds, and isomerized LPG/naphtha streams must maintain water contents below 0.1 ppmv to prevent catalyst poisoning and downstream cryogenic column icing.
Austria's energy transition places aggressive focus on upgrading raw biogas into grid-compliant biomethane in adherence to ÖVGW Guidelines G31 and G33. High-selectivity 4A and 13X APG zeolites are deployed across VPSA/TSA modules to strip trace moisture and carbon dioxide down to micro-trace concentrations, facilitating seamless blending into the Central European Gas Hub (CEGH) pipelines at Baumgarten an der March.
Austria’s severe temperature differentials between the Alpine valleys and high altitudes demand supreme structural integrity in multi-pane architectural glazing. Window manufacturers across Upper Austria and Styria depend on Type 3A desiccants certified to DIN EN 1279-2/3/4. Zero nitrogen or argon co-adsorption is mandatory to avert pane deflection, sealing stress failure, and thermal seal degassing.
Comprehensive FOB vs CIF/DDP cost modeling, dynamic equilibrium loading rates, and crush strength baselines engineered for corporate buyers, EPC project engineers, and plant maintenance managers.
| Zeolite Grade | Pore Size (Å) | Physical Form | Static H2O Cap. (wt%) | Attrition Rate | Bulk Indicative FOB Quote | DDP Austria Indicative |
|---|---|---|---|---|---|---|
| Type 3A Standard | ~3.0 | 1.6-2.5 mm Beads | ≥21.5% (25°C, 80% RH) | <0.10% | $1,450 – $1,850 / MT | €1,750 – €2,150 / MT |
| Type 3A-IG Glass | ~3.0 | 0.5-0.9 / 1.0-1.5 mm | ≥20.5% (DIN EN 1279) | <0.05% | $1,550 – $1,950 / MT | €1,850 – €2,250 / MT |
| Type 4A Industrial | ~4.0 | 2.0-3.0 / 3.0-5.0 mm | ≥22.0% (25°C, 80% RH) | <0.12% | $1,380 – $1,750 / MT | €1,680 – €2,050 / MT |
| Type 5A PSA Grade | ~5.0 | 1.6-2.5 mm Beads | ≥21.5% (Static N2 ≥8 ml/g) | <0.15% | $1,850 – $2,350 / MT | €2,150 – €2,680 / MT |
| Type 13X Standard | ~10.0 | 1.6-2.5 / 3.0-5.0 mm | ≥24.0% (25°C, 80% RH) | <0.15% | $1,750 – $2,200 / MT | €2,050 – €2,500 / MT |
| Type 13X APG (Air Sep) | ~10.0 | 1.6-2.5 mm Beads | CO2 Cap. ≥18.5 cm³/g | <0.08% | $2,100 – $2,650 / MT | €2,400 – €2,950 / MT |
| Type 13X-HP (High Purity) | ~10.0 | 0.4-0.8 mm Micro-Beads | O2/N2 Separation >3.2 | <0.05% | $2,600 – $3,400 / MT | €2,950 – €3,800 / MT |
Shipments destined for Austrian industrial operations originate from our specialized manufacturing base in Pingxiang, transported through deepwater export terminals (Tianjin/Shanghai/Ningbo) to European gateways including Port of Rotterdam, Port of Hamburg, or Port of Koper (Slovenia). Overland multimodal transit via rail and inland barge (Rhine-Main-Danube waterway system) provides highly efficient, carbon-optimized delivery directly to Lower and Upper Austrian tank farms or processing units.
Importations into Austria fall under the European Union Common Customs Tariff (TARIC code: 2842.10.00.00 for synthetic silicates and aluminosilicates). All wholesale consignments arrive with complete Certificate of Origin (Form A / COO), Batch Certificate of Analysis (CoA), REACH SDS declarations, and test certificates proving strict compliance with pressure equipment directives and customer specs.
Engineered adsorption column modeling ensures consistent operations, stable mass transfer zones (MTZ), and prolonged desiccant life across extreme temperature and pressure parameters.
In heavy natural gas and synthesis gas dehydrators, TSA systems require adsorbents that resist hydro-thermal degradation over thousands of cyclic thermal swings (regeneration temperatures 200°C–320°C). Our 4A and 13X formulations feature robust kaolin/attapulgite clay matrix bonding to retain crystalline cage geometry and crush resistance, preventing column dusting and valve blockage.
Before cryogenic liquefaction of atmospheric gases (O2, N2, Ar), air must be purged of CO2, H2O, and trace hydrocarbons (acetylene, ethane) to sub-ppb thresholds. Our 13X APG molecular sieves provide sharp adsorption breakthrough curves and expansive CO2 dynamic capacity, permitting smaller pre-purification vessels, lowered regeneration steam loads, and lengthened cycle times.
Ethanol fuel production and pharmaceutical solvent recovery require crossing the binary azeotrope (95.6 wt% ethanol/water) without using toxic ternary entrainers like benzene or cyclohexane. Our 3A zeolite excludes ethanol molecules (kinetic diameter ~4.4 Å) completely while adsorbing water (~2.6 Å), producing 99.9%+ anhydrous grade solvent at ultra-low utility consumption.
Addressing the European Union’s Fit for 55 criteria and the Austrian National Hydrogen Strategy with advanced synthetic molecular sieves tailored for the carbon-neutral circular economy.
Conventional zeolites incorporate 15–20% non-adsorbing clay binder. Our developmental and newly introduced binderless molecular sieves convert the inert matrix into functional zeolite crystal phases. This yields a 20–25% increase in dynamic working capacity, significantly trimming bed size and cycle compression energy across Austrian industrial oxygen installations.
With Austria heavily investing in proton exchange membrane (PEM) and alkaline electrolyzer clusters across industrial Linz and Leoben, electrolytic hydrogen leaves systems water-saturated. Our low-iron 5A and 4A molecular sieves achieve deep dew points below -70°C (-94°F) at operating pressures up to 350 bar without promoting catalytic reverse reactions or embrittlement.
By engineering optimized pore diffusion pathways and calibrated macro-porosity, our latest sieve series cuts thermal desorption temperatures by up to 35°C. This allows Austrian operators to utilize industrial low-grade waste heat instead of expensive natural gas heaters for bed desorptions, slashing plant Scope 1 carbon footprints.
Operating continuously since 2003 in Pingxiang—China’s premier cluster for advanced mass-transfer media—Pingxiang Zhongtai Environmental Chemical Packing Co., Ltd. combines computerized crystalline synthesis, automatic batch sizing, and high-temperature rotary kilns with comprehensive mechanical testing.
Seamless regulatory peace of mind. Every kilogram shipped meets stringent European Union chemical safety, environmental governance, and transport packaging protocols.
Synthetic amorphous and crystalline aluminosilicates satisfy complete EU REACH registration frameworks (EC No. 215-283-8). Safe handling datasheets (SDS) in German and English accompany all tenders.
Compliant with the Austrian Federal Chemicals Act (Chemikaliengesetz 1996). Free from SVHC (Substances of Very High Concern), non-carcinogenic binders, and hazardous fibers.
Glazing grade 3A beads rigorously adhere to DIN EN 1279 parts 2, 3, and 4, ensuring continuous moisture absorption without desorbing noble fill gases (Argon, Krypton) during thermal cycling.
Standard packaging in air-tight 150 kg steel drums with internal polyethylene liners or 1,000 kg nitrogen-purged super-sacks to prevent premature moisture uptake during oceanic transit.
Complementary high-purity zeolite grades and precision column internals engineered to handle high throughput, aggressive chemical duty, and demanding industrial revamps across Austria.
Specific operational clarifications addressing bed configuration, differential pressure drop, co-adsorption hazards, and European delivery frameworks.
Two decades of dedicated mass transfer and adsorption manufacturing, delivering consistent crystalline reliability to petrochemical complexes, cryogenics, and process engineering contractors worldwide.
Get batch-tested chemical data sheets, adsorption breakthrough curves, CIF/DDP Austrian logistics pricing, and sample containers for lab validation within 24 hours.