Frontierowe trendy w technologii filtracji i metrologii

Dedykowane centrum analityczne badające nowe badania nad aerozolami, międzynarodowe ewolucje standardów, i przyszłość precyzyjnej inżynierii laboratoryjnej.

Dom

Bloga

Deciphering ISO 16890: Understanding the Standard and the Role of Testing Equipment

A complete guide to ISO 16890, explaining filter classification, PM efficiency, and the importance of testing equipment.

Dowiedz się więcej

Comparison of Pre Filters, Fine Filters, and HEPA Filters

Pre Filters vs Fine Filters vs HEPA Filters: What’s the Difference?

Understanding the differences between pre filters, fine filters, and HEPA filters is essential for selecting the right air filtration system. This guide explains their roles, efficiency levels, and applications.

Dowiedz się więcej

Meet SCPUR at FILTECH 2026 – Hall 7 Stand H11

SCPUR will attend FILTECH 2026, one of the most important global events in the filtration industry.
The exhibition will take place in Cologne from June 30 to July 2, 2026.

Dowiedz się więcej

3 Key Factors Affecting the Filtration Efficiency of HEPA Filters

Understanding the factors affecting HEPA filter efficiency is essential for optimizing filtration performance. This article covers filter media, sealing performance, and airflow control, providing practical insights for improving system reliability.

Dowiedz się więcej

Wysoka wydajność & Systemy testowe pomieszczeń czystych

Customer Success Story: Cost-Effective HEPA Filter Testing Solution in Spain

This case study presents a cost-effective HEPA filter testing solution for a manufacturer in Spain. By using the SCPUR SC-L8023 scanning system with a 0.3 μm particle counter, the client achieved reliable leak detection for H13 filters while complying with EN 1822 standards and significantly reducing equipment costs.

Dowiedz się więcej

Five Common HEPA Filter Leak Detection Methods

HEPA filter leak detection is essential for ensuring cleanroom performance and compliance with industry standards. This article introduces five common leak detection methods, including sodium flame, oil mist, DOP, fluorescence, and particle counting methods. Among them, the particle counting scanning method has become the most widely used approach due to its high accuracy, real-time detection, and compliance with EN 1822 i ISO 29463 standards. Modern systems such as automatic HEPA filter leak test benches provide reliable and efficient solutions for manufacturers and laboratories.