ASHRAE 110 Ducted Fume Hood (Model: JH-FC030)

Key Features

Verified Containment Performance
Tested to the ASHRAE 110-2016 standard and independently verified by SGS, the JH-FC030 demonstrates 0.00 ppm leakage at a 0.5 m/s face velocity, giving you documented assurance of chemical safety, not just a marketing claim.

Corrosion-Resistant Construction
Constructed from steel and finished with AkzoNobel anti-corrosive epoxy resin powder coating, the JH-FC030 resists the wear and tear of daily chemical exposure.

Durable Interior Linings
Choose between phenolic resin or ceramic fiber resin linings, both selected for chemical resistance and long-term durability in demanding lab settings.

Flexible Sizing Options
Available in 1200mm, 1500mm, and 1800mm widths, the JH-FC030 can be configured to suit a range of laboratory layouts and workflow needs.

Standard Accessories Included
Every unit includes an LCD controller for precise monitoring, an integrated LED lamp for clear visibility, and remote water/gas fittings for safe, convenient operation.

Application Scenarios

The JH-FC030 is suited for a range of laboratory environments, including:

• Academic and Research Laboratories: Reliable containment for teaching labs and research facilities handling volatile chemicals.
• Pharmaceutical and Chemical Testing: Documented performance data supports quality assurance and regulatory reporting requirements.
• Industrial Quality Control Labs: Durable construction withstands frequent use in high-throughput testing environments.

Technical Specifications

General Specifications:

• Containment Standard: ASHRAE 110-2016 (SGS-verified testing)
• Power Supply: 220V/380V, 50/60Hz, single or three phase
• Noise Level: <65dB
• Air Face Velocity: Average 0.3–0.5 m/s
• Illumination: >400 LUX, LED lighting, insulated from airstream by tempered glass

Materials & Configuration

• Frame Material: Cold-rolled or galvanized steel, coated with AkzoNobel anti-corrosive epoxy resin powder
• Interior Lining: 5mm phenolic resin panel or ceramic fiber panel, chemical-resistant and tool-free removable for cleaning
• Worktop Options: 19mm solid epoxy resin with 25mm waterproof edge, ceramic, or lab-grade phenolic resin
• Sash: Two 5mm toughened safety glass panels with aluminum handle; adjustable height with hold-position function
• Standard Accessories: LCD controller, LED lamp, safety-rated remote water and gas fittings, 4 universal sockets, leakage protector, emergency button, PP cup sink
• Optional Accessories: Centrifugal fan, 3-meter PVC flexible pipe, digital controller with sensor, VAV system, motorized sash, grid frame

Lab Fittings of Safety Fume Hood:

Color Options:

ASHRAE110 SGS Test Report:

Frequently Asked Questions

What does “SGS-verified” mean for this product?
SGS is an independent third-party testing and certification organization. SGS tested and verified the JH-FC030’s containment performance to ASHRAE 110-2016 protocols, providing documented evidence of its performance under specified test conditions.

Can I customize the interior lining material?
Yes. The JH-FC030 is available with either phenolic resin or ceramic fiber resin interior linings, so you can choose the option best suited to the chemicals and processes used in your lab.

What width options are available, and how do I choose the right one?
The JH-FC030 is available in 1200mm, 1500mm, and 1800mm widths. Selection typically depends on your lab space, the equipment you need to accommodate, and your throughput requirements. Contact our team for guidance based on your specific application.

Does this fume hood meet international compliance standards?
The JH-FC030 is tested to meet ASHRAE 110-2016 containment performance standards, with results independently verified by SGS.

What is included with the standard unit, and what can I add later?
Every JH-FC030 ships with an LCD controller, LED lighting, safety-rated remote water and gas fittings, universal sockets, a leakage protector, an emergency button, and a PP cup sink. Optional additions include a centrifugal fan, flexible ducting, a digital controller with sensor, a VAV system, a motorized sash, and a grid frame.

How is the worktop material selected?
Worktop options include solid epoxy resin, ceramic, and lab-grade phenolic resin. The right choice depends on the chemicals used, budget, and durability requirements for your specific application. Our team can help you select the best fit.