This 100-micron sintered titanium coarse filter is engineered as a robust, high-durability solution for the initial stage of industrial gas and flue gas filtration. Constructed from pure titanium powder fused into a permanent, monolithic porous structure, it delivers unmatched resistance to high temperatures, thermal cycling, and corrosive chemical atmospheres commonly found in process off-gases, incineration streams, and combustion exhaust. The inherent stability of titanium ensures the filter maintains its structural integrity and performance where conventional metal filters would degrade.

The primary role of this filter is system protection through coarse particulate removal. It efficiently captures abrasive dust, unburned carbon, and entrained debris larger than its 100µm pore size, preventing these damaging solids from reaching and eroding sensitive downstream equipment. By acting as a protective barrier for critical assets like blowers, fans, heat exchangers, and more delicate final-stage filters, it directly reduces maintenance costs, extends equipment service life, and minimizes unplanned system downtime. This filter is not merely a consumable, but a durable system component designed to lower the total operating cost of your gas handling infrastructure.

Products Specifications

Material: Pure Titanium Powder

Length: 240mm

Outer diameter: 35mm&50mm

Inner diameter: 30mm &45mm

Wall thickness：2.5 mm

Pore size: 100µm

Technique: sintering

Products Features

Precision Large-Pore Sintering Technology

Applies precisely controlled 100-micron sintered pores to form continuous flow channels. This structure effectively retains coarse particles while maintaining low pressure loss and strong gas flow, helping ease system backpressure at the primary filtration stage in dust-laden gas streams.

Uniform-Wall Safety Barrier Construction

The consistent wall thickness forms a rigid mechanical filter matrix. It provides reliable mechanical interception of high-temperature embers and slag, preventing local heat accumulation and serving as an integrated spark arrestor and protective shield for downstream equipment in hot gas applications.

Gradient Sintering for Optimized Performance

Utilizes a proprietary gradient sintering process. This technique maintains high inner-layer porosity for optimal flow while reinforcing the outer structure for mechanical robustness, achieving a superior balance of filtration efficiency and structural integrity across the entire filter length.

Modular Size Adaptability

Offered in multiple standard outer diameters to provide flexible integration. This allows for customized configuration based on specific ducting layouts and system capacity requirements, ensuring compatibility with diverse industrial flue gas treatment system footprints.tives and other document services.

Monolithic, Liner-Free Construction

The filter is a self-supporting, unitary sintered body requiring no internal wire mesh liner. This eliminates risks of secondary contamination, liner corrosion, or blockage, guaranteeing long-term, unobstructed gas passage and consistent filtration performance.

Weld-Ready Integration Design

Features prepared ends suitable for direct orbital welding to matching titanium piping. This enables a fully metallic, leak-free integration that eliminates gasket failure points, ideal for systems operating under variable pressure or rigorous pulsing cleaning cycles.

Products Applications

Precision Large-Pore Sintering Technology

Uses accurately regulated 100-micron sintered pores to form open flow paths, enabling reliable coarse particle retention with low airflow resistance and stable gas throughput in the primary filtration stage of dust-rich gas systems.

Spark Arresting for Metal Processing Fumes

Its rigid construction safely captures hot metal spatter and sparks from welding or cutting, preventing burn damage to sensitive filter media in dust collection systems.

100m Sintered Titanium Filter for Flue Gas Equipment Protection

Filtration for Corrosive Process Gases

The pure titanium construction provides stable, long-term performance in acidic or alkaline gas streams found in chemical and metallurgical processes, where other metals fail.

Pre-Filtration for Biomass & Waste Incineration Exhaust

Engineered to handle acidic condensates and adhesive particulates. The corrosion-resistant, open-pore sintered titanium structure prevents clogging and protects downstream equipment from erosion.

Intake Air Protection for Prime Movers

Serves as a robust pre-filter for gas turbines and engines in dusty or coastal environments, preventing abrasive particle damage to compressor blades.

Particulate Control in Process Gas Pipelines

Integrated into gas conveyance lines to remove pipeline scale and debris, ensuring gas purity and protecting downstream process equipment and instrumentation.