Cambustion Hall 8 / D12

Exhibitor Profile

The Aerodynamic Aerosol Classifier has been adopted globally for its unique ability to classify aerosol particles by aerodynamic diameter.

Selecting truly monodisperse aerosol over the unprecedented size range of 25nm – 5µm, the AAC is ideal for penetration studies and aerodynamic size distribution measurement. With no need to charge the particles, AAC output is free from multiple charging artefacts, which affect DMAs. Software upgrades in 2019 allow continuous (vs step) scans, for shorter scan times with significantly higher spectral resolution. [Session G17 - Monitoring & Control Thurs 24th October 14:45 – 16:00 Room 4A]

The DMS500 provides the fastest real-time electrical mobility size/number distributions available (from 200ms T10-90% at 10Hz); measuring from 5nm – 2.5μm, with unrivalled time response, sensitivity and sizing accuracy across the entire size range, with a single measurement technique. Applications include ambient monitoring, combustion aerosol and workplace measurements. A new catalytic stripper option (removal of volatiles) further enhances the DMS500’s integrated sampling and conditioning options, enabling both ambient measurements and direct sampling of rapidly-changing, high concentration aerosol sources.

Cambustion have launched the Dual Diluter system allowing automated upstream / downstream measurements of particle concentration for filter efficiency testing.

Products / Markets

Product Index

  • Analytische Messtechnik
  • Durchflussmesser
  • Gasanalysegerät
  • Klassierer
  • Messinstrumente
  • Nanopartikelanalyse
  • Nanopartikelmessung
  • Online Particle Analysis
  • Partikelanalysemethoden
  • Partikelformanalyse
  • Partikelgrößenanalyse
  • Partikelgrößenverteilungsanalyse
  • elektrostatische Abscheider

Market Scope

  • Automobilindustrie
  • Biotechnologie/Biopharmazie
  • Filtrations- und Separationsindustrie
  • Medizintechnik, Health Care Industrie
  • Pharmazeutische Industrie
  • Umweltschutz

Product Index

  • Analytical Instruments
  • Classifiers
  • Electrostatic Precipitators
  • Flow Meters
  • Gas Analysis Devices
  • Measurement Instruments
  • Nanoparticle Analysis
  • Nanoparticle Measurement
  • Online Particle Analysis
  • Particle Measuring Methods
  • Particle Shape Analysis
  • Particle Size Analysis
  • Particle Size Distribution Analysis

Market Scope

  • Automotive Industry
  • Biotechnology/Biopharmac. Industry
  • Environmental Protection
  • Filtration and Separation Industry
  • Medical, Health Care Industry
  • Pharmaceutical Industry

Product Index

  • 测量仪器
  • 分析仪器
  • 分类器
  • 在线颗粒分析
  • 气体分析设备
  • 流量计
  • 纳米颗粒分析
  • 纳米颗粒测量
  • 静电沉淀器
  • 颗粒大小分布分析
  • 颗粒大小分析
  • 颗粒形状分析
  • 颗粒测量方法

Market Scope

  •  汽车工业
  • 制药工业
  • 医疗卫生保健业
  • 环境保护
  • 生物技术/生物制药业
  • 过滤与分离工业

Product Index

  • أجهزة تحليل الغازات
  • أدوات القياس
  • التحاليل
  • تحاليل الأجسام الدقيقة
  • تحاليل على الأنبوب (على الخط)
  • تحليل الجسيمات الصفائحية
  • تحليل الجسيمات الصفائحية
  • طرق قياس الجسيمات
  • قياس الأجسام الدقيقة
  • مرسبات كهرساكنة
  • مقاييس تدفق
  • موزع أحجام الجسيماتالتحاليل
  • وحدات تصنيف

Market Scope

  • الصناعات الدوائية
  • الصناعات الطبية والعناية الصحية
  • صناعات الفلترة وفصل المواد
  • صناعة الألبان
  • صناعة التقنية البيولوجية والبيوصيدلية
  • صناعة السيارات

Product Index

  • Analyse de distribution de tailles de particules
  • Analyse de forme de particules
  • Analyse de nanoparticules
  • Analyse de particules en ligne
  • Analyse de tailles de particules
  • Classificateurs
  • Dispositifs d’analyse de gaz
  • Débitmètres
  • Instruments analytiques
  • Instruments de mesure
  • Mesures de nanoparticules
  • Méthodes de mesures de particules
  • Précipitant électrostatique

Market Scope

  • Industrie automobile
  • Industrie biotechnologie/biopharmaceutique
  • Industrie de filtration et de séparation
  • Industrie laitière
  • Industrie médicale et de la santé
  • Industrie pharmaceutique

Product Index

  • Analisi dimensione particelle
  • Analisi distribuzione dimensione particelle
  • Analisi forma particelle
  • Analisi nanoparticelle
  • Analisi particelle online
  • Apparecchi di analisi del gas
  • Classificatori
  • Flussometri
  • Metodi di misurazione particelle
  • Misurazione nanoparticelle
  • Precipitatori elettrostatici
  • Strumenti analitici
  • Strumenti di misura

Market Scope

  • Biotecnologie/biofarmaceutica
  • Protezione ambientale
  • Settore automobilistico
  • Settore filtrazione e separazione
  • Settore medicale e sanità
  • Settore parafarmaceutico

Product Index

  • Analiza cząsteczek online
  • Analiza kształtu cząsteczek
  • Analiza nanocząsteczek
  • Analiza rozkładu wielkości cząsteczek
  • Analiza rozmiaru cząsteczek
  • Klasyfikatory
  • Metody pomiaru cząsteczek
  • Narzędzia analityczne
  • Odpylacze elektrostatyczne
  • Pomiar nanocząsteczek
  • Przepływomierze
  • Przyrządy pomiarowe
  • Urządzenia do analizy gazu

Market Scope

  • Biotechnologia/biofarmaceutyka
  • Filtrowanie i separacja
  • Ochrona zdrowia
  • Ochrona środowiska
  • Przemysł farmaceutyczny
  • Przemysł samochodowy

Product Index

  • Análise da dimensão das partículas
  • Análise da distribuição da dimensão das partículas
  • Análise da forma das partículas
  • Análise de nanopartículas
  • Análise de partículas online
  • Classificadores
  • Dispositivos de análise de gases
  • Fluxómetros
  • Instrumentos analíticos
  • Instrumentos de Medição
  • Medição de nanopartículas
  • Métodos de medição de partículas
  • Precipitadores electrostáticos

Market Scope

  • Ind. de biotecnologia/biofarmac.
  • Indústria automóvel
  • Indústria de filtragem e separação
  • Indústria farmacêutica
  • Indústria leiteira
  • Indústria médica, cuidados de saúde

Product Index

  • Анализ наночастиц
  • Анализ потока частиц
  • Анализ размеров частиц
  • Анализ формы частицы
  • Аналитические инструменты
  • Газоанализаторы
  • Измерение наночастиц
  • Инструменты для измерения
  • Размер частиц Анализ
  • Расходомеры
  • Сортировочные аппараты
  • Способы измерения частиц
  • Электростатические фильтры

Market Scope

  • Автомобильная промышленность
  • Биотехнология / Биофармацевтическая промышленность
  • Медицина, здравоохранение
  • Молочная промышленность
  • Отрасль фильтрации и сепарирования
  • Фармацевтическая промышленность

Product Index

  • Análisis de distribución de formas de partículas
  • Análisis de formas de particulas.
  • Análisis de formas de partículas
  • Análisis de nanopartículas
  • Análisis de partículas en línea
  • Caudalímetros
  • Clasificadores
  • Dispositivos de análisis de gas
  • Instrumentos analíticos
  • Instrumentos de medida
  • Medición de nanopartículas
  • Métodos de medición de partículas
  • Precipitadotes electrostáticos

Market Scope

  • Industria de la automoción
  • Industria de la biotecnología/biofarmacéutica
  • Industria de la filtración y la separación
  • Industria de los productos lácteos
  • Industria farmacéutica
  • Industria médica, de la atención sanitaria

Product Index

  • Ölçü Aletleri
  • Analitik Cihazlar
  • Debimetreler
  • Elektrostatik Çöktürücüler
  • Gaz Analiz Cihazları
  • Klasifikatörler
  • Nanopartikül Analizi
  • Nanopartikül Ölçümü
  • Partikül Boyut Dağılımı Analizi
  • Partikül Boyutu Analizi
  • Partikül Ölçüm Yöntemleri
  • Partikül Şekli Analizi
  • Çevrimiçi Partikül Analizi

Market Scope

  • Biyoteknoloji/Biyoeczacılık Endüstrisi
  • Filtrasyon ve Ayırma Endüstrisi
  • Otomotiv Endüstrisi
  • Tıp, Sağlık Sektörü
  • Çevre Koruma
  • İlaç Endüstrisi

Product Index

  • 가스 분석 장치
  • 나노 입자 분석
  • 나노 입자 측정
  • 분급기
  • 분석 장치
  • 온라인 입자 분석
  • 유량 측정기
  • 입자 측정 방법
  • 입자 크기 분석
  • 입자 크기 분포 분석
  • 입자 형태 분석
  • 정전식 집진기
  • 측정 기기

Market Scope

  • 생명공학/생물 약제학 산업
  • 여과 및 분리 산업
  • 의료, 보건 산업
  • 자동차 산업
  • 제약 산업
  • 환경 보호

Product Index

  • オンライン粒子分析
  • ガス分析装置
  • ナノ粒子分析
  • ナノ粒子測定
  • 分析機器
  • 分級機
  • 流量計
  • 測定器
  • 粒子形状分析
  • 粒子径分析
  • 粒子測定方法
  • 粒度分布分析
  • 静電集塵器

Market Scope

  • バイオテクノロジー・バイオ医薬品産業
  • 医療、ヘルスケア業界
  • 医薬品業界
  • 濾過および分離技術工業
  • 環境保護
  • 自動車産業

Press release

Cambustion AF10 Aerosol Flowmeter – The new flowmeter designed to measure gas flows containing aerosol particles

This new flowmeter is designed to measure gas flow rates, even when the gas contains (solid, liquid or mixed) aerosol particles. Unlike other popular flowmeters, the AF10 is not damaged by aerosol particles and does not modify the properties of the aerosol. The wide range of measurable flows – spanning two orders of magnitude, from 0.1 to 10 lpm – makes the AF10 well-suited for monitoring challenge aerosols used in filtration studies. Compatibility with a number of common carrier gases further increases its versatility.

Measurements rely on the well-established principle of pressure drop across an orifice, with fully automatic correction for temperature and pressure. An integrated cleaning brush actuated by a solenoid ensures that measurement accuracy is maintained even during prolonged experiments by removing accumulated material in less than 1 second. The straight-through tube design minimises particle losses, while the user-changeable orifices allow the pressure drop to be adjusted for minimally invasive measurements.

As a plug & play instrument, the AF10 is an invaluable tool which can be easily integrated (via USB and Ethernet interfaces) into numerous experimental setups, including filtration experiments. The large touchscreen display further contributes to the intuitive usability.

A traceable calibration certificate guarantees the accuracy

Conference Presentation/s

Evaluation of various face covering filter materials using particles classified by aerodynamic diameter up to 5 µm

S. Payne*, J. Symonds, Cambustion Ltd., UK

Presentation at FILTECH 2022 Conference

During the COVID-19 pandemic, face coverings have been widely worn in public spaces to capture respiratory particles produced by the wearer and reduce spread of infection. These commonly consist of layers of woven fabric. Surgical masks are intended for health care staff to protect patients during surgical procedures and in other medical settings. Respiratory filtering half masks are intended to protect the wearer and are regulated as personal protective equipment (PPE) for inhaled air only.

Numerous recent studies have emphasised the possibility of airborne coronavirus transmission. While the World Health Organisation (WHO) defines droplets as ≥5-10 μm diameter and aerosols as <5 μm, both can be generated as a continuum of particle sizes during various respiratory activities including coughing, talking and singing.

In this study the filtration properties of various face mask materials were investigated across a broad range of particle sizes. The interception mechanism is important for large particle capture, for which aerodynamic diameter is the most useful measure of size. A suitable instrument for achieving this is the Aerodynamic Aerosol Classifier (AAC), which can select particle sizes between 25 nm and >5 μm by using a rotating cylinder to balance opposing centrifugal and drag forces for the desired aerodynamic diameter, so that particles move across a sheath flow to the outlet. This principle of aerosol selection is independent of the charge state and produces a truly monodisperse aerosol with a high transmission efficiency limited only by diffusion and impaction losses.

This study uses an AAC to select monodisperse test particles by aerodynamic diameter in order to assess the filtration performance of various face covering materials, in both flow directions and at filter face velocities representative of inhalation and exhalation flow rates...

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