在建材生产过程中测量干燥工艺的水蒸汽 干燥是诸如瓷砖、砖块、石膏板等各种建材的基本生产工艺。通常无法直接测量被干燥材料，但可通过测量工艺过程空气中的水蒸气实现间接测量。 很多时候所要考虑的问题不单单是为了将材料充分干燥以便获得想要达到的成品质量，还要避免由于干燥过度导致能源浪费。 维萨拉推出专为适应工业干燥工艺恶劣条件设计的产品。多种产品均可满足高湿高温应用的各种需求。向下滚动查看相关产品和案例研究。 相关产品 Insight 电脑软件 为方便访问 Indigo 兼容探头 维萨拉 Insight 电脑软件让您快速访问 Indigo... Read more 智能温湿度探头 HMP5 适用于高温环境 Vaisala HUMICAP® 智能温湿度探头 HMP5... Read more 智能温湿度探头 HMP7 适用于高湿环境 Vaisala HUMICAP® 智能温湿度探头 HMP7... Read more 工业用温湿度仪表系列 HMT330 用于要求苛刻的温湿度测量 使用可以信赖的仪器在恶劣环境中测量湿度。具有 可选择10 年保修* 的维萨拉 HUMICAP®... Read more 手持式温湿度表HM70 用于要求严苛的现场抽检及比对 维萨拉 HUMICAP HM70... Read more 手持式露点仪 DM70 （用于抽检应用） 抽检应用场合和现场校准时使用的手持式露点仪... Read more 相关案例 博客 | Jan 20, 2021 Wet-bulb temperature – from traditional psychrometers to a modern humidity control variable Although using wet-bulb temperature to record a space’s humidity has a number of useful applications, the most common method of measuring it can... 了解更多 博客 | Sep 24, 2020 有关如何为高湿度应用场合选择合适的湿度测量仪表的提示 高湿度环境很难进行湿度测量。环境中的湿度饱和会导致在所有物体表面（包括测量传感器）形成冷凝，这对于某些技术来说可能是致命问题。尽管维萨拉 HUMICAP® 技术可以经受冷凝，但仍需要时间从水分的影响中恢复，然后才能再次提供可靠的测量结果... 了解更多 博客 | Sep 7, 2020 相对湿度 – 如何定义和计算? 掌握湿度参数的第一步是要理解水蒸气分压。我们将在海边的沙滩上画一个边长一米的正方形，并以此开始我们的旅程。现在，想象一下一个质量为 10,300 kg 的空气柱穿过大气层进入太空。这一气团会产生力量相当于 101,325 牛顿/平方米的静压。 这定义了压强单位帕斯卡 [Pa]：牛顿... 了解更多 博客 | May 14, 2020 Optimizing industrial processes helps mitigate climate change Climate change and its mitigation call for innovation and ever more actions from the industry. Resilient and climate-friendly infrastructure... 了解更多 新闻发布 | Apr 21, 2020 Vaisala takes its world-leading humidity measurements to the cloud Vaisala Press release April 21, 2020 Vaisala takes its world-leading... 了解更多 博客 | Apr 14, 2020 Better insights from better data - the power of machine learning and AI The term “machine learning” was coined by Arthur Samuel as long ago as 1959, with research into the topic – closely linked to research into... 了解更多 博客 | Apr 3, 2020 湿度传感器的重要性 湿度传感器是环境监测应用中最常用的仪表之一。为何？因为它们是在寻求打造舒适、安全和节能的环境时必须正确控制的最重要测量参数之一。例如，湿度传感器最常用于暖通空调、生物医学、食品加工、制药、气象、微电子、农业和结构运行状况监测等行业。让我们快速了解一下现代湿度传感器的发展历程... 了解更多 博客 | Feb 25, 2020 开发与时俱进的解决方案 随着人工智能 (AI) 和机器学习 (ML) 的应用，我们周围的世界正在快速变化，我们客户的操作环境也在变化。适应和应对新需求变得至关重要；我们可能需要向前迈出大胆的一步，为我们的故事书写下一个全新的篇章。 新产品、新思想、新平台都需要新的思维方式。例如，将选定的服务转移到新的平台... 了解更多 成功案例 优化的干燥工艺过程帮助 Isolava 降低能耗和提高最终产品质量 Isolava 成立于 1963 年并且自 1990 年后加入 Knauf 集团，它为建筑业生产石膏粉块。在整个生产工艺中能耗最高的一个环节是干燥，在这个环节中湿粉块被装入推车，并且在一个四级干燥炉中进行输送。直到现在，工艺过程控制一直都由温度计单独完成。 在 2017 年底... 了解更多 博客 | Nov 7, 2018 Humidity and Wood Drying – A Fine Balancing Act As a natural product, wood has a unique set of characteristics that can make drying a challenging and complex process – one where relative... 了解更多 博客 | Jul 30, 2018 Gaining In-depth Understanding of the Problem is The Key - Millennium Technology Prize Winner Tuomo Suntola interviewed Doctor Tuomo Suntola, who this spring received the prestigious 2018 Millennium Technology Prize for his technology of atomic layer deposition... 了解更多 博客 | Mar 14, 2018 Manufacturing tough bricks and ceramics by proper process control Give your brick or ceramics drying process – not your end product – a break with proper temperature and humidity control As clays naturally... 了解更多 博客 | Mar 14, 2018 Smart Measurement Solutions for Drying Process Problems Poor energy efficiency, end-product quality issues, equipment corrosion – Have you ever dealt with these issues? The amount of moisture in air... 了解更多 博客 | May 19, 2015 Take a peek inside a Vaisala cleanroom: a video tour of our research, development and manufacturing facilities In this 3-minute video our Facility Manager Hannu dons a bunny suit and gives a tour of the facilities where Vaisala creates some of the world's... 了解更多 博客 | May 14, 2015 Humidity sensors – do you know what's inside? If you don't know, perhaps you should. If you don't know how your humidity sensor works, how can you know that you are using the right humidity... 了解更多 博客 | Oct 24, 2014 What does it take to guarantee an instrument's function for 10 years? Did you know that every HMT330 Temperature & RH transmitter comes with a 10-year warranty? In this blog we offer an introductory video on the... 了解更多 成功案例 Saving energy in ceramics drying “Vaisala relative humidity transmitters have become standard within the Wienerberger Group.” Steven Debels, Plant Manager, Koramic Pottelberg... 了解更多 成功案例 China's world-famous Taizhou Bridge uses HMT330 Humidity Transmitters to extend service life “We chose Vaisala HMT330 to monitor temperature and humidity conditions in the bridge’s main-cable dehumidification system because we pay... 了解更多 博客 | Aug 24, 2013 Instrument tolerances: manufacturer vs. process This week's blog comes from Vaisala's Calibration and Repair Service department: Using the instrument maker’s tolerance, there is often a higher... 了解更多 博客 | Aug 9, 2013 3 tips to staying sane during a quality audit Our Vancouver calibration laboratory just underwent an audit by an accreditation body. Michael Boetzkes, our North American Calibration and... 了解更多 博客 | Jun 20, 2013 The quickest, dirtiest breakdown of Part 11 for monitoring systems EVER! In this week's blog, Senior Regulatory Expert Paul Daniel gives a brief (very brief) overview of 21 CFR Part 11 and Annex 11. Paul has Part 11... 了解更多 博客 | Mar 12, 2013 3 stupid things that can wreck an otherwise excellent calibration This week's blog comes from our calibration and repair department: The top three calibration issues listed below aren’t new problems, but in our... 了解更多 成功案例 Strong expertise from General Shale Brick With facilities strategically located across the USA, General Shale Brick is one of the largest brick manufacturers in the country. The company... 了解更多
干燥是诸如瓷砖、砖块、石膏板等各种建材的基本生产工艺。通常无法直接测量被干燥材料，但可通过测量工艺过程空气中的水蒸气实现间接测量。 很多时候所要考虑的问题不单单是为了将材料充分干燥以便获得想要达到的成品质量，还要避免由于干燥过度导致能源浪费。 维萨拉推出专为适应工业干燥工艺恶劣条件设计的产品。多种产品均可满足高湿高温应用的各种需求。向下滚动查看相关产品和案例研究。
相关产品 Insight 电脑软件 为方便访问 Indigo 兼容探头 维萨拉 Insight 电脑软件让您快速访问 Indigo... Read more 智能温湿度探头 HMP5 适用于高温环境 Vaisala HUMICAP® 智能温湿度探头 HMP5... Read more 智能温湿度探头 HMP7 适用于高湿环境 Vaisala HUMICAP® 智能温湿度探头 HMP7... Read more 工业用温湿度仪表系列 HMT330 用于要求苛刻的温湿度测量 使用可以信赖的仪器在恶劣环境中测量湿度。具有 可选择10 年保修* 的维萨拉 HUMICAP®... Read more 手持式温湿度表HM70 用于要求严苛的现场抽检及比对 维萨拉 HUMICAP HM70... Read more 手持式露点仪 DM70 （用于抽检应用） 抽检应用场合和现场校准时使用的手持式露点仪... Read more
相关案例 博客 | Jan 20, 2021 Wet-bulb temperature – from traditional psychrometers to a modern humidity control variable Although using wet-bulb temperature to record a space’s humidity has a number of useful applications, the most common method of measuring it can... 了解更多 博客 | Sep 24, 2020 有关如何为高湿度应用场合选择合适的湿度测量仪表的提示 高湿度环境很难进行湿度测量。环境中的湿度饱和会导致在所有物体表面（包括测量传感器）形成冷凝，这对于某些技术来说可能是致命问题。尽管维萨拉 HUMICAP® 技术可以经受冷凝，但仍需要时间从水分的影响中恢复，然后才能再次提供可靠的测量结果... 了解更多 博客 | Sep 7, 2020 相对湿度 – 如何定义和计算? 掌握湿度参数的第一步是要理解水蒸气分压。我们将在海边的沙滩上画一个边长一米的正方形，并以此开始我们的旅程。现在，想象一下一个质量为 10,300 kg 的空气柱穿过大气层进入太空。这一气团会产生力量相当于 101,325 牛顿/平方米的静压。 这定义了压强单位帕斯卡 [Pa]：牛顿... 了解更多 博客 | May 14, 2020 Optimizing industrial processes helps mitigate climate change Climate change and its mitigation call for innovation and ever more actions from the industry. Resilient and climate-friendly infrastructure... 了解更多 新闻发布 | Apr 21, 2020 Vaisala takes its world-leading humidity measurements to the cloud Vaisala Press release April 21, 2020 Vaisala takes its world-leading... 了解更多 博客 | Apr 14, 2020 Better insights from better data - the power of machine learning and AI The term “machine learning” was coined by Arthur Samuel as long ago as 1959, with research into the topic – closely linked to research into... 了解更多 博客 | Apr 3, 2020 湿度传感器的重要性 湿度传感器是环境监测应用中最常用的仪表之一。为何？因为它们是在寻求打造舒适、安全和节能的环境时必须正确控制的最重要测量参数之一。例如，湿度传感器最常用于暖通空调、生物医学、食品加工、制药、气象、微电子、农业和结构运行状况监测等行业。让我们快速了解一下现代湿度传感器的发展历程... 了解更多 博客 | Feb 25, 2020 开发与时俱进的解决方案 随着人工智能 (AI) 和机器学习 (ML) 的应用，我们周围的世界正在快速变化，我们客户的操作环境也在变化。适应和应对新需求变得至关重要；我们可能需要向前迈出大胆的一步，为我们的故事书写下一个全新的篇章。 新产品、新思想、新平台都需要新的思维方式。例如，将选定的服务转移到新的平台... 了解更多 成功案例 优化的干燥工艺过程帮助 Isolava 降低能耗和提高最终产品质量 Isolava 成立于 1963 年并且自 1990 年后加入 Knauf 集团，它为建筑业生产石膏粉块。在整个生产工艺中能耗最高的一个环节是干燥，在这个环节中湿粉块被装入推车，并且在一个四级干燥炉中进行输送。直到现在，工艺过程控制一直都由温度计单独完成。 在 2017 年底... 了解更多 博客 | Nov 7, 2018 Humidity and Wood Drying – A Fine Balancing Act As a natural product, wood has a unique set of characteristics that can make drying a challenging and complex process – one where relative... 了解更多 博客 | Jul 30, 2018 Gaining In-depth Understanding of the Problem is The Key - Millennium Technology Prize Winner Tuomo Suntola interviewed Doctor Tuomo Suntola, who this spring received the prestigious 2018 Millennium Technology Prize for his technology of atomic layer deposition... 了解更多 博客 | Mar 14, 2018 Manufacturing tough bricks and ceramics by proper process control Give your brick or ceramics drying process – not your end product – a break with proper temperature and humidity control As clays naturally... 了解更多 博客 | Mar 14, 2018 Smart Measurement Solutions for Drying Process Problems Poor energy efficiency, end-product quality issues, equipment corrosion – Have you ever dealt with these issues? The amount of moisture in air... 了解更多 博客 | May 19, 2015 Take a peek inside a Vaisala cleanroom: a video tour of our research, development and manufacturing facilities In this 3-minute video our Facility Manager Hannu dons a bunny suit and gives a tour of the facilities where Vaisala creates some of the world's... 了解更多 博客 | May 14, 2015 Humidity sensors – do you know what's inside? If you don't know, perhaps you should. If you don't know how your humidity sensor works, how can you know that you are using the right humidity... 了解更多 博客 | Oct 24, 2014 What does it take to guarantee an instrument's function for 10 years? Did you know that every HMT330 Temperature & RH transmitter comes with a 10-year warranty? In this blog we offer an introductory video on the... 了解更多 成功案例 Saving energy in ceramics drying “Vaisala relative humidity transmitters have become standard within the Wienerberger Group.” Steven Debels, Plant Manager, Koramic Pottelberg... 了解更多 成功案例 China's world-famous Taizhou Bridge uses HMT330 Humidity Transmitters to extend service life “We chose Vaisala HMT330 to monitor temperature and humidity conditions in the bridge’s main-cable dehumidification system because we pay... 了解更多 博客 | Aug 24, 2013 Instrument tolerances: manufacturer vs. process This week's blog comes from Vaisala's Calibration and Repair Service department: Using the instrument maker’s tolerance, there is often a higher... 了解更多 博客 | Aug 9, 2013 3 tips to staying sane during a quality audit Our Vancouver calibration laboratory just underwent an audit by an accreditation body. Michael Boetzkes, our North American Calibration and... 了解更多 博客 | Jun 20, 2013 The quickest, dirtiest breakdown of Part 11 for monitoring systems EVER! In this week's blog, Senior Regulatory Expert Paul Daniel gives a brief (very brief) overview of 21 CFR Part 11 and Annex 11. Paul has Part 11... 了解更多 博客 | Mar 12, 2013 3 stupid things that can wreck an otherwise excellent calibration This week's blog comes from our calibration and repair department: The top three calibration issues listed below aren’t new problems, but in our... 了解更多 成功案例 Strong expertise from General Shale Brick With facilities strategically located across the USA, General Shale Brick is one of the largest brick manufacturers in the country. The company... 了解更多
博客 | Jan 20, 2021 Wet-bulb temperature – from traditional psychrometers to a modern humidity control variable Although using wet-bulb temperature to record a space’s humidity has a number of useful applications, the most common method of measuring it can... 了解更多
博客 | Sep 24, 2020 有关如何为高湿度应用场合选择合适的湿度测量仪表的提示 高湿度环境很难进行湿度测量。环境中的湿度饱和会导致在所有物体表面（包括测量传感器）形成冷凝，这对于某些技术来说可能是致命问题。尽管维萨拉 HUMICAP® 技术可以经受冷凝，但仍需要时间从水分的影响中恢复，然后才能再次提供可靠的测量结果... 了解更多
博客 | Sep 7, 2020 相对湿度 – 如何定义和计算? 掌握湿度参数的第一步是要理解水蒸气分压。我们将在海边的沙滩上画一个边长一米的正方形，并以此开始我们的旅程。现在，想象一下一个质量为 10,300 kg 的空气柱穿过大气层进入太空。这一气团会产生力量相当于 101,325 牛顿/平方米的静压。 这定义了压强单位帕斯卡 [Pa]：牛顿... 了解更多
博客 | May 14, 2020 Optimizing industrial processes helps mitigate climate change Climate change and its mitigation call for innovation and ever more actions from the industry. Resilient and climate-friendly infrastructure... 了解更多
新闻发布 | Apr 21, 2020 Vaisala takes its world-leading humidity measurements to the cloud Vaisala Press release April 21, 2020 Vaisala takes its world-leading... 了解更多
博客 | Apr 14, 2020 Better insights from better data - the power of machine learning and AI The term “machine learning” was coined by Arthur Samuel as long ago as 1959, with research into the topic – closely linked to research into... 了解更多
博客 | Apr 3, 2020 湿度传感器的重要性 湿度传感器是环境监测应用中最常用的仪表之一。为何？因为它们是在寻求打造舒适、安全和节能的环境时必须正确控制的最重要测量参数之一。例如，湿度传感器最常用于暖通空调、生物医学、食品加工、制药、气象、微电子、农业和结构运行状况监测等行业。让我们快速了解一下现代湿度传感器的发展历程... 了解更多
博客 | Feb 25, 2020 开发与时俱进的解决方案 随着人工智能 (AI) 和机器学习 (ML) 的应用，我们周围的世界正在快速变化，我们客户的操作环境也在变化。适应和应对新需求变得至关重要；我们可能需要向前迈出大胆的一步，为我们的故事书写下一个全新的篇章。 新产品、新思想、新平台都需要新的思维方式。例如，将选定的服务转移到新的平台... 了解更多
成功案例 优化的干燥工艺过程帮助 Isolava 降低能耗和提高最终产品质量 Isolava 成立于 1963 年并且自 1990 年后加入 Knauf 集团，它为建筑业生产石膏粉块。在整个生产工艺中能耗最高的一个环节是干燥，在这个环节中湿粉块被装入推车，并且在一个四级干燥炉中进行输送。直到现在，工艺过程控制一直都由温度计单独完成。 在 2017 年底... 了解更多
博客 | Nov 7, 2018 Humidity and Wood Drying – A Fine Balancing Act As a natural product, wood has a unique set of characteristics that can make drying a challenging and complex process – one where relative... 了解更多
博客 | Jul 30, 2018 Gaining In-depth Understanding of the Problem is The Key - Millennium Technology Prize Winner Tuomo Suntola interviewed Doctor Tuomo Suntola, who this spring received the prestigious 2018 Millennium Technology Prize for his technology of atomic layer deposition... 了解更多
博客 | Mar 14, 2018 Manufacturing tough bricks and ceramics by proper process control Give your brick or ceramics drying process – not your end product – a break with proper temperature and humidity control As clays naturally... 了解更多
博客 | Mar 14, 2018 Smart Measurement Solutions for Drying Process Problems Poor energy efficiency, end-product quality issues, equipment corrosion – Have you ever dealt with these issues? The amount of moisture in air... 了解更多
博客 | May 19, 2015 Take a peek inside a Vaisala cleanroom: a video tour of our research, development and manufacturing facilities In this 3-minute video our Facility Manager Hannu dons a bunny suit and gives a tour of the facilities where Vaisala creates some of the world's... 了解更多
博客 | May 14, 2015 Humidity sensors – do you know what's inside? If you don't know, perhaps you should. If you don't know how your humidity sensor works, how can you know that you are using the right humidity... 了解更多
博客 | Oct 24, 2014 What does it take to guarantee an instrument's function for 10 years? Did you know that every HMT330 Temperature & RH transmitter comes with a 10-year warranty? In this blog we offer an introductory video on the... 了解更多
成功案例 Saving energy in ceramics drying “Vaisala relative humidity transmitters have become standard within the Wienerberger Group.” Steven Debels, Plant Manager, Koramic Pottelberg... 了解更多
成功案例 China's world-famous Taizhou Bridge uses HMT330 Humidity Transmitters to extend service life “We chose Vaisala HMT330 to monitor temperature and humidity conditions in the bridge’s main-cable dehumidification system because we pay... 了解更多
博客 | Aug 24, 2013 Instrument tolerances: manufacturer vs. process This week's blog comes from Vaisala's Calibration and Repair Service department: Using the instrument maker’s tolerance, there is often a higher... 了解更多
博客 | Aug 9, 2013 3 tips to staying sane during a quality audit Our Vancouver calibration laboratory just underwent an audit by an accreditation body. Michael Boetzkes, our North American Calibration and... 了解更多
博客 | Jun 20, 2013 The quickest, dirtiest breakdown of Part 11 for monitoring systems EVER! In this week's blog, Senior Regulatory Expert Paul Daniel gives a brief (very brief) overview of 21 CFR Part 11 and Annex 11. Paul has Part 11... 了解更多
博客 | Mar 12, 2013 3 stupid things that can wreck an otherwise excellent calibration This week's blog comes from our calibration and repair department: The top three calibration issues listed below aren’t new problems, but in our... 了解更多
成功案例 Strong expertise from General Shale Brick With facilities strategically located across the USA, General Shale Brick is one of the largest brick manufacturers in the country. The company... 了解更多
