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需要让样本不受污染的实验室、医疗或环保应用经常会选用隔膜泵和压缩机。该项技术的特点在于泵的效率、气流密封性和平台模块化。

这些容积泵有防漏腔、耐水蒸气运行,化学兼容性出色。该设计能够输送各种气体,甚至是颗粒。

Thomas 的工程师让这些机型具有出色的尺寸与性能比,以及对工作点的完全可控性。得益于此,它们可以用作真空泵或压缩机。

Thomas 隔膜技术的优势

我们先进的工程和设计保证了气密性和可靠性。根据对被输送介质的耐化学腐蚀性,我们有各种泵头和隔膜材料可供选择。客户可以根据所选机型,从 EPDM、FKM(氟橡胶)、硅胶、NBR (Perbunan)、PTFE(聚四氟乙烯)中选择隔膜和阀门材料。

 

Thomas 隔膜技术特点

我们有各种交流和直流电机来驱动装置,其中包括低成本直流电机、无刷直流电机等等。隔膜泵的泵头可以使用单电机、双电机或 Z 型电机。我们的隔膜装置可采用串联或并联配置。此外,设备更小型,一台 Thomas 泵装置可代替多个泵。

Thomas 隔膜气体泵、真空泵和压缩机的流量范围为 0.010 立方英尺/分钟(300 毫升)至 3.2 立方英尺/分钟(91 升/分钟),真空度为 1 毫巴(绝对压力)(29.2 英寸汞柱),压力高达 3.0 巴 (44 psi)。 

 

值得信赖的合作伙伴,可满足不同的 OEM 需求

我们的工程师会加倍努力,满足极其严格的应用和项目要求。一体不能万用。于是 Thomas 隔膜泵推出可广泛定制的平台,根据不同的型号系列,给您带来无限的配置选择。

我们由此得以提供市面上种类丰富的隔膜气体泵、真空泵和压缩机。我们的 27 个产品系列结合不同配置,有 100,000 多款装置供选择。

 

面向各种 OEM 应用的隔膜泵和压缩机

隔膜泵和压缩机效率高,有气密室、噪音水平低,是各种行业和应用的理想选择。在需要高效、紧凑型真空泵或压缩机的各种应用领域,都有成功运用此类产品的记录。使用我们的无刷直流驱动型泵和压缩机的任务关键型和便携式设备可运行 10.000+ 多个小时,我们深以为豪。

 

使用隔膜泵和压缩机的特色应用

 

  • 医疗和实验室仪器
  • 医疗和牙科高压灭菌器 
  • 负压创伤治疗技术 (NPWT)
  • 二氧化碳检测仪
  • 手持式或便携式气体检测仪和分析仪
  • 汽车尾气分析

结果数量: 19 / 19 个结果

Benefits of Thomas Diaphragm Technology

By design, Thomas gas diaphragm pumps provide significant benefits to the end-user:

  • Low power consumption, resulting in significantly reduced energy costs.
  • Low sound levels enhance workplace comfort and provide cleaner and more environmentally friendly performance.
  • Maintenance-free operation for continuous work cycles.

 

Diaphragm Pumps and Compressors for Key Industries

Our gas diaphragm pumps are designed to consistently meet customer specifications and performance requirements. When transferring gas or achieving precise working conditions, our long-lasting diaphragm technology is highly efficient and reliable.

Thomas gas diaphragm pumps are the preferred choice for various applications, including medical devices, laboratory workstations, clinical diagnostics, gas detectors, and samplers. These pumps are especially vital for mission-critical and portable devices like gas analysis equipment, where precision and reliability are crucial for pumping fluids.

With extensive application knowledge and years of experience, our engineering teams can customize your pump to excel even in the most demanding conditions.

 

Customization of Thomas Gas Powered Diaphragm Pumps

The Thomas gas diaphragm pump’s wide portfolio offers a high degree of customization, allowing for extensive tailoring to accommodate the diverse and exacting needs of various industries while meeting rigorous application and project requirements. Depending on the specific model series chosen, you can seamlessly integrate an array of pump configurations, motor options, and elastomer materials.

This ensures a bespoke solution that precisely aligns with your unique operational demands.

  • Free flow up to 90 l/min (3.2 cfm)
  • Maximum pressure up to 3.0 bar (43.5 psi)
  • Maximum vacuum up to 900 mbar abs. (26.6 in Hg)
  • Single or dual head
  • AC, DC or brushless DC
  • EPDM, FKM, FFKM or PTFE

Discover how our highly customizable gas diaphragm pump platform can precisely meet your industry's specific needs. With various pump configurations, motor options, and elastomer materials available, we tailor solutions to your requirements. Get in touch with us for more information, and one of our experts will help you optimize your operations.

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What To Consider in Gas Diaphragm Pumps?

Regarding gas diaphragm pumps, several crucial factors should be taken into account:

1. Gas Compatibility: Ensure that the diaphragm pump you choose is compatible with the type of gas you intend to handle.

2. Flow Rate and Pressure Requirements: Determine the specific flow rate and pressure levels needed for your application. Select a pump that can deliver the required performance within these parameters.

3. Chemical Resistance: If the pumped gas is corrosive or reactive, consider the chemical resistance of the pump materials, which is essential to prevent damage to the pump and maintain its longevity.

4. Safety Features: Check if the pump has safety features such as pressure relief valves or overheat protection to prevent accidents and damage.

5. Noise and Vibration Levels: Consider the noise and vibration levels produced by the pump, especially if it will be used in a noise-sensitive environment.

6. Environmental Considerations: Assess whether the pump meets any environmental regulations or requirements, such as emissions standards or energy efficiency.

隔膜泵和压缩机的工作原理


气动隔膜泵和压缩机的工作原理是利用泵头中的柔性膜来缩小泵腔的容积。曲柄通过电机轴上的偏心运动让泵头移动。这些容积泵有防漏腔、耐水蒸气运行,化学兼容性出色。得益于该设计,这些产品能够输送各种气体,甚至是颗粒。

Thomas 的工程师让这些产品具有出色的尺寸与性能比,以及对工作点的完全可控性。得益于此,这些装置可以用作真空泵或压缩机。

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How Diaphragm Pumps and Compressors Work?


Gas diaphragm pumps are reciprocating pumps. An eccentric transforms the motor’s rotational movement into an up and downward motion of a con-rod. Attached to the con-rod is a flexible diaphragm. The linear movement of the con-rod causes the diaphragm to sweep through a clearance volume within the pump head. On the down-stroke air or gas is drawn into the pump head assembly. On the up-stroke the media is pushed back out.

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