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Direct-from-factory high-performance mass transfer media optimized for high thermal shock resistance, extreme corrosion, and maximum separation efficiency.
Engineered catalyst bed support spheres with high crush strength (>15 kN/particle) and thermal stability up to 1500°C for Siberian gas processing plants.
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Designed for high-temperature sulfuric acid absorption and corrosive VOC treatment columns with minimal pressure drop.
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Maximizes theoretical plate count (NTSM) per meter while lowering energy consumption in deep vacuum distillation towers.
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High void fraction random mass transfer media suited for TEG natural gas dehydration units and acidic gas scrubbing columns.
Explore SpecificationsStrategic analysis of Russian chemical processing, oil refining, gas purification, and fertilizer sectors adapting to supply chain restructuring.
The Russian oil & gas sector—concentrated in regions like West Siberia (Tyumen, Khanty-Mansiysk), Volga-Ural (Tatarstan, Bashkortostan), and Yamal-Nenets—is undergoing intensive capital revamps. Refineries in Omsk, Kstovo, and Kirishi are upgrading their hydrocracking, vacuum distillation, and amine gas treating units. High-efficiency ceramic mass transfer media are essential to maintain stable liquid distribution under extreme processing loads and high concentration of hydrogen sulfide (H2S) and organic acids.
Russia remains one of the world's largest exporters of mineral fertilizers, led by giants like PhosAgro, EuroChem, UralChem, and Acron (operating major complexes in Cherepovets, Berezniki, and Voskresensk). Sulfuric acid (H2SO4) drying and absorption towers represent extreme environments where metallic packings suffer catastrophic corrosion. Dense ceramic corrugated packings (such as 250Y and 500Y) and high-silica/alumina Raschig rings provide complete acid resistance across all concentrations up to 98% at elevated temperatures.
In remote Arctic gas treatment plants (Yamal LNG, Novy Urengoy), ambient operating temperatures swing from -52°C in winter to +30°C during summer maintenance turnarounds. Standard industrial ceramics with high thermal expansion coefficients suffer micro-fracturing under rapid thermal shock. Baitian’s proprietary low-thermal-expansion ceramic formulations incorporate mullite-cordierite crystalline phases, ensuring zero thermal cracking during shut-down and start-up cycles.
Comprehensive physical and chemical performance benchmarking according to GOST 473.1-81, ASTM, and ISO standards.
| Property / Parameter | Inert Alumina Balls (99%) | Ceramic Pall Ring (Random) | Ceramic Structured Packing 500Y | Testing Standard |
|---|---|---|---|---|
| Al2O3 Content (%) | 99.2% - 99.5% | 23.0% - 30.0% | 28.0% - 35.0% | GB/T 4734 / GOST 473.2 |
| Acid Resistance (%) | ≥ 99.8% | ≥ 99.6% | ≥ 99.7% | GOST 473.1-81 / ASTM C279 |
| Bulk Density (kg/m³) | 1900 - 2000 | 550 - 680 | 450 - 580 | HG/T 3683.1-2014 |
| Specific Surface Area (m²/m³) | N/A (Bed Support) | 110 - 220 | 500 ± 5% | Geometric Calculation |
| Void Fraction (%) | 38% - 40% | 72% - 78% | 75% - 82% | Volumetric Displacement |
| Max Operating Temp (°C) | 1550°C | 1100°C | 1250°C | Thermal Dilatometry |
| Thermal Shock Resistance | ΔT = 850°C (Water Quench) | ΔT = 600°C (Air Cool) | ΔT = 700°C (Air Cool) | DIN 51068 / GOST 473.3 |
Utilizing high-pressure spray drying and vacuum extrusion, our ceramic body achieves sub-micron grain alignment. Sintered in digital continuous tunnel kilns at 1450°C, the resulting matrix eliminates open pores (<0.5% water absorption), preventing internal acid absorption and freeze-thaw spalling.
Baitian 500Y structured corrugated plates feature precision inclination angles (45° or 60°) with textured capillary micro-grooves. This geometry ensures rapid liquid film distribution, maximizing HTU (Height of a Transfer Unit) efficiency while reducing pressure drop to <1.2 mbar per meter.
In deep mass transfer columns exceeding 15 meters in height, lower packing layers endure immense compressive loads. Our random and structured ceramic elements are certified for exceptional mechanical strength, preventing crushing, dusting, and subsequent bed channeling.
Customized mass transfer configurations engineered for extreme process conditions across key sector operations.
Triethylene Glycol (TEG) drying towers and MDEA acid gas stripping units operating in sub-zero environments require reliable phase contact without foaming or fouling.
Final absorption and drying towers in double absorption sulfuric acid plants demand zero-leaching materials capable of resisting 98% H2SO4 at 120°C.
Regenerative Thermal Oxidizers (RTO) in chemical and metallurgical complexes require high-heat-capacity ceramic media that endure continuous thermal cycling.
Pingxiang Industrial Ceramic Cluster—Combining 30+ years of technological evolution with fully automated digital manufacturing.
Located in Pingxiang, Jiangxi—the world's capital of industrial ceramics—Baitian (Ball-tec) New Materials operates fully digitalized production lines integrating raw material refining, automated hydraulic pressing, laser geometry measurement, and automated tunnel sintering kilns.
Seamless procurement experience tailored specifically to Eurasian Economic Union (EAEU) regulatory and customs requirements.
All ceramic mass transfer packings are fully compliant with EAEU technical regulations. We provide complete documentation packages including Declaration of Conformity (TR CU), Passport of Quality (Паспорт качества), Technical Data Sheets (Паспорт безопасности MSDS in Russian), and GOST 473.1 testing certificates.
We offer direct rail freight via Trans-Siberian Railway (Manzhouli/Zabaikalsk & Heihe/Blagoveshchensk gateways), container shipping to Vladivostok/St. Petersburg ports, and direct truck transport for fast-track deliveries to Moscow, Kazan, Ekaterinburg, and Tyumen.
To eliminate foreign exchange bottlenecks, we support direct cross-border trade settlements in RMB / RUB. All goods are packed in heavy-duty reinforced wooden crates or jumbo bags with moisture-proof thermal foil wraps designed to survive long-distance rail vibration and freezing outdoor storage.
Follow our structured 4-step procurement verification process to ensure zero column retrofitting errors.
Submit gas/liquid flow rates, working pressure, temperature profile, acid concentration, and column diameter.
Our chemical engineers run mass transfer hydraulic simulations to select optimum packing size (Pall vs 500Y structured).
Receive physical samples and third-party laboratory test reports (acid resistance, crush strength, density).
Direct dispatch from factory with full EAC customs declaration and door-to-door delivery across Russia.
Direct answers from our ceramic materials R&D team regarding specification, compliance, and installation in Russia.
Explore our complete product portfolio including ceramic foam filters, burner plates, structured bellows, and high-density grinding media.
Molten metal filtration media designed for high-temperature alloy foundries and metallurgical works.
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Porous infrared radiation plates for gas heating systems and industrial thermal drying units.
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High-efficiency mass transfer corrugated packings for fine chemical and solvent recovery columns.
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Ultra-high surface area structured packing (500 m²/m³) for deep vacuum distillation and toxic acid gas absorption.
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Specially engineered bellow-type ceramic packing for extreme corrosive wall liquid wiper systems.
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Classic acid-resistant random mass transfer packing for heavy chemical scrubbers and catalyst beds.
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Improved random packing featuring internal cross-struts for higher gas-liquid contact efficiency.
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High-density Yttria-stabilized zirconia (YSZ) grinding beads for ultra-fine sub-micron dispersion mills.
Explore SpecificationsGet direct access to factory pricing, certified GOST/EAC compliance reports, custom hydraulic column sizing calculations, and expedited trans-Siberian rail shipment.
