Horizontal Laminar Flow Hood 800800900mm

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A Horizontal Laminar Flow Hood, also known as a Horizontal Flow Clean Bench, is a laboratory equipment that provides a clean and uncontaminated workspace by directing a stream of filtered air across the work surface. Here are its key features:1.Airflow direction: Air is drawn in from the sides or back of the cabinet, passed through a HEPA filter, and then flows horizontally across the open work surface in a unidirectional flow, removing contaminants.2.Particle control: The laminar flow of air helps to keep the workspace clean by sweeping particles away from the working area, preventing contamination of samples or materials.3.Work surface: The open front allows easy access to the workspace, and it can be configured with shelves, drawers, or other storage options.Horizontal Laminar Flow Hoods are commonly used in various laboratory settings, including pharmaceuticals, electronics, and research, where a clean environment is necessary but not necessarily a biological containment requirement.
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Horizontal Laminar Flow Hood Introduction

In today's demanding laboratory environments, maintaining a sterile and contamination-free workspace is critical. The Horizontal Laminar Flow Hood is an essential tool designed to provide clean, filtered air across your work surface, safeguarding sensitive applications. Whether you're in pharmaceuticals, electronics, biotechnology, or quality control, this equipment ensures optimal cleanliness and precision.

If you’re looking for reliable, energy-efficient, and high-performing solutions tailored to meet rigorous industry standards, explore the technical specifications, features, and benefits of our hoods below.

Why Choose Us?

At Xi'an Xunling Electronic Technology Co., Ltd, we bring a decade of expertise in designing and manufacturing laboratory equipment. Here's why we’re your best choice:

Customized Solutions: Tailored designs to meet unique lab requirements.
Global Standards Compliance: Products adhere to GMP, ISO, and CE certifications.
Affordable Pricing: Competitive prices with exceptional value.
Trusted Reputation: Renowned for delivering reliable, efficient solutions.
Exceptional Service: Dedicated customer support from consultation to after-sales.

Contact Us

Let us help you create a cleaner, safer, and more efficient laboratory environment. Reach out to us today for Horizontal Laminar Flow hood inquiries, customization options, or a detailed quote.

Model	HCB800 (Bench Top)	HCB1500 (Bench Top)	HCS800 (Standing Type)	HCS1500 (Standing Type)	Customized
External Size WDH	800800900mm	1500800900mm	8008001600mm	15008001600mm	Customized
Internal size WDH	700500650mm	1400500650mm	700500650 mm	1400500650 mm
Sides Materials	Transparent Acrylic Plate
Worktop Materials	304 Stainless Steel
Purified Air face velocity	0.25-0.45m/s (Three Adjustable Levels)
Airflow Rate & Blower speed	Adjustable
Low air flow Alarm	visually and audibly
Noise	≤62dB
UV Light	253.7 nm
Pre Filter Efficiency	＞95% at aerosol and particulates of 0.5μm (microns）diameter or above
HEPA Filter Efficiency	＞99.997% at aerosol and particulates of 0.3μm (microns）diameter or above
Cleanliness Level	ISO 5 and FS209E 100
Monitoring & Alarming	Filters loading, and UV lamp status

Product Details

A hood works by drawing air through a HEPA or ULPA filter to remove particles and contaminants. The filtered air flows horizontally across the workspace, ensuring a sterile environment. Ideal for non-hazardous applications, it excels in tasks such as media preparation, electronic assembly, and microbial testing. Its ergonomic design ensures comfort, making long working hours more manageable.

Horizontal Laminar Flow Hood Features

The Horizontal Laminar Flow Hood offers exceptional features designed to optimize both functionality and user experience in laboratory settings. Key attributes include:

Unmatched Filtration Efficiency: The hood is equipped with high-performance ULPA filters, capable of removing over 99.999% of particles ranging from 0.1 to 0.3 microns, ensuring superior air purity that far exceeds the capabilities of conventional HEPA filters.
Energy-Saving Design: Featuring cutting-edge motor technology, the unit is engineered to reduce energy consumption while maintaining optimal performance. This design provides significant operational cost savings without compromising on efficiency.
Quiet Operation: With noise levels kept below 55 dBA, the flow hood operates quietly, creating a serene and distraction-free environment that promotes focus and comfort within the laboratory.
User-Centric Design: The unit is thoughtfully designed with user convenience in mind. It includes intuitive control systems, enhanced lighting for better visibility, and generous legroom, all of which contribute to a more efficient and comfortable workspace.
Durability: Constructed with premium stainless steel, the flow hood offers exceptional durability and longevity, ensuring reliable, long-term performance even in demanding laboratory conditions.

Pharmaceutical Industry: Aseptic operations during drug production.
Biotechnology Companies: Cell culture and genetic engineering research.
Hospitals and Medical Institutions: Drug preparation and bacterial culture.
Food and Beverage Industry: Microbial testing and quality control.
Electronic Manufacturing: Static prevention and contamination control.

After-Sales Support

We are committed to providing comprehensive support to ensure your satisfaction:

Installation Assistance: Professional setup to ensure proper operation.
Training Programs: On-site or virtual training for seamless integration.
Maintenance Services: Routine maintenance and troubleshooting by certified technicians.
Warranty Coverage: Extensive warranty to protect your investment.

Q: What is the difference between Horizontal and Vertical Laminar Flow Hoods?
A: Horizontal Laminar Flow Hoods direct air across the work surface, while vertical hoods direct air downward. Horizontal hoods are preferred for non-hazardous applications requiring particle control.

Q: Can I use this hood for biological containment?
A: No, it is not designed for handling biohazardous materials. For such tasks, consider a Biological Safety Cabinet.

Q: How often should the filters be replaced?
A: ULPA filters typically last 1–2 years, depending on usage and environment. Regular inspections ensure optimal performance.

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