PA/PE Sintered Decarbonization Filter Cartridge, 1-140 µm (CAT#: STEM-BC-3015-ZJF)

This sintered cartridge is designed for pharmaceutical decarbonization and precision solid-liquid separation. It is available in polyethylene and polyamide constructions with uniformly distributed micropores. The element is produced by high-temperature sintering without adhesives. Its consistent internal and external pore structure supports effective backwashing and solids discharge. The thick filtration layer limits particle penetration under elevated differential pressure. PE elements provide strong resistance to acids, alkalis, aldehydes, aliphatic hydrocarbons, and compatible organic solvents. PA elements combine physical retention with chemical adsorption and can operate at higher temperatures. The cartridges are suitable for activated-carbon separation, pharmaceutical clarification, chemical processing, wastewater treatment, and gas purification.

Model: PA/PE Sintered Decarbonization Filter Cartridge
Material options: Polyethylene and polyamide
Filtration ratings: 1 to 140 µm with multiple pore grades
Stated particle capability: Solids above 1 µm and selected particles down to 0.5 µm after cake formation
PE specific gravity: 0.5 to 0.7
PE solvent resistance: Compatible with esters, ketones, and ethers below 70°C
PE maximum differential pressure: 6 bar at 0-40°C, 5 bar at 60°C, 4.5 bar at 80°C, and 4 bar at 120°C
PA maximum operating temperature: 120°C
Construction: Adhesive-free sintered structure
Cleaning: Backwash and solids discharge
Compliance statement: Material described as meeting quality manufacturing standard and regulatory compliance requirements

Uniform micropore distribution
Broad 1-140 µm selection
Adhesive-free construction
Strong acid and alkali resistance
Backwashable structure
High solids-holding capability
PE and PA material options
Suitable for pharmaceutical decarbonization

STEM-BC-0007-ZJF
STEM-BC-0008-ZJF
STEM-BC-0009-ZJF
STEM-BC-0010-ZJF
STEM-BC-0011-ZJF