The Custom Stainless Steel Sintered Mesh Filter Element is a precision‑engineered, high‑performance cylindrical filter cartridge designed and manufactured to your exact specifications for critical liquid and gas filtration applications. This compact sintered mesh filter element is ideal for systems where space is limited but absolute filtration integrity cannot be compromised – including analytical instrumentation, hydraulic servo protection, chemical dosing, pharmaceutical processing, and high‑purity gas distribution.
The filter element is constructed from multi‑layer stainless steel sintered mesh – multiple layers of precision‑woven wire mesh that have been vacuum‑sintered into a rigid, monolithic structure. The sintering process fuses the wire intersections, creating uniform, absolute‑rated pore size distribution, exceptionally high mechanical strength, and resistance to deformation under high differential pressure, thermal cycling, and aggressive chemical attack. Unlike simple woven mesh, sintered mesh will not unravel, shed fibers, or change pore size over time.
| Type | Sintered Mesh Filter Element |
| OD | 30 mm |
| Height | 100 mm |
| Filter material | 304/316 Stainless steel |
| Filtration rate | Customized |
| Maximum differential pressure | Up to 5‑6 MPa |
| Origin | Henan, China |
| Package | Neutral carton package |
This is a customized sintered mesh filter. If you have need of this filter, please contact us for the best price.
Huahang Filter is a specialized manufacturer with deep expertise in sintering technology and industrial filtration solutions. Our focus is on engineering reliable, high-performance metal filters. We control the manufacturing process from raw material selection to final quality testing, ensuring each element meets precise specifications for pore size, strength, and durability. Our team supports customers with technical selection and customization to ensure the filter integrates seamlessly and performs reliably in your specific application.
Our manufacturing facility is equipped with advanced vacuum sintering furnaces, precision welding equipment, and dimensional testing instruments, all operated by experienced technicians dedicated to producing filtration components of the highest international standard. We do not simply resell stock filters – we engineer and manufacture each custom element from raw materials to finished product, ensuring full control over quality, lead time, and cost.
Q1: How does the sintered mesh filter differ from a standard pleated filter cartridge?
A1: The difference is fundamental. A pleated cartridge typically uses a non-woven media with a nominal rating. Furthermore, the pleated cartridge is disposable, while the sintered mesh element is a durable, cleanable asset designed for hundreds of service cycles, offering a lower total cost of ownership for demanding applications.
Q2: What is the best method to clean this filter, and how do I know it’s clean?
A2: For most applications, ultrasonic cleaning followed by a clean water or solvent rinse is highly effective for removing embedded particles. Backflushing with clean compressed air or liquid is also common. A well-cleaned filter will restore its initial, clean pressure drop when tested with a clean fluid. A significant, irreversible pressure drop indicates the end of its usable life.
Q3: Can you provide customized sintered filter?
A3: Yes. We can not only provide the standard size, but also the customized filters. We routinely modify end cap designs (e.g., add NPT threads, O-ring grooves, or flanges) and can adjust the overall length or even the filtration rating to meet your specific system integration requirements and performance goals.
Q4: How does the number of sintered layers affect filtration performance, pressure drop, and cleanability?
A: More layers increase:
Mechanical strength – Additional reinforcing layers improve collapse pressure .
Dirt‑holding capacity – Depth loading increases as more layers are added, extending service life before cleaning.
Pressure drop – Each additional layer adds resistance; typically 5‑10% ΔP increase per layer.
Fewer layers offer lower ΔP but less strength and dirt‑holding. Standard recommendation for 30×100: 5‑layer (protective + control + dispersion + 2 reinforcing) balances all factors. Use 7‑layer only for high‑pressure or high‑abrasion applications; use 3‑layer for low‑pressure, high‑flow, clean service.
