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Specialized Faucets

With a distinctive design that brings colour and elegance to laboratory furnishings, TOF Laboratory Fittings have been a symbol of quality and innovation in materials and design for over 35 years.

Driven by continuous research and advanced production technologies, TOF oers cutting-edge installation solutions that meet the highest technical standards.

We provide a comprehensive product range, internationally recognised for its quality and fully compliant with major global standards and certications—ensuring both performance and reliability in every application.

TOF laboratory fittings guarantee maximum reliability and functionality in any laboratory environment.

It complies with international standards for interchangeable components made of brass (UNI 5705-65).

Certified Imported
Faucets

The range of laboratory ttings can be supplied with an integrated non-return valve.

For enhanced protection against backow of unwanted substances from the water network, an additional non-return siphon system is also available upon request.

Ref: 2200/290

TOF series of taps to be used for vacuum

Column with one laboratory tap G1/2B
Connection: G3/8 y G1/2 UNI ISO 228/1
Outlet nozzle: Olive-shaped with thread connection DIN 12898
Saddle: Normal regulation
Colors: grey
Purity class: 4
Remote control: Available with tube Ø12×1 and Ø10×1

Ref: 5000/20

The line for configurations
with taps for different fluids.

Column with two laboratory taps for gas and one tap for water 180° H=300 The line for school laboratories includes column configurations with taps for dierent fluids. The interchangeability feature of TOF taps oers countless possibilities.

Ref: 1001/355X

Corrosion-resistant, highly hygienic stainless steel Tap series

Column with one tap stainless steel -h=300 – l=150 – G1/2 – handwheel tap AISI 316L stainless steel is a corrosion resistant, highly hygienic and easy to clean material, highly resistant, environmentally friendly and 100% recyclable.

Ref: 1001/355X

The range of Lab Fittings for high purity water needs made of polypropylene

Connection: G3/8, G3/4 and G1/2 UNI ISO 228/1
Olive spout: with screw connection to DIN 12898
Headwork: Polypropylene with ceramic closing open / close
Color: Grey
Fume hood valve: available with fittings for quick connection
Maximum working pressure: 10 Bar

Ref: 1000/275

The range of Lab Fittings for Water.

Single hole mixer
Connection: G3/8”, G3/4” and G1/2” UNI ISO 228/1
Olive spout: with screw connection DIN 12898
Headwork: with normal regulation or ceramic 1/4 ON/OFF
Color: gray
Fume hood valve: Available with tube Ø12×1 – Ø10×1
Maximum working pressure: 10 Bar

Ref: 2000/50

The serie of taps proposed by TOF for burning gas

Standout: 2 taps – T-distribution
Connection: G3/8 e G1/2 UNI ISO 228/1 – R3/8 and R1/2 UNI ISO 7 (on demand)
Nozzle: fixed olive type DIN 12898
Headwork: Normal Regulation
Color: gray, color code according DIN EN 13792
Fume hood valve: available with pipe Ø12×1 – Ø10×1
Maximum working pressure: 0,2 Bar / 2.9 psi

Ref: 1000/355

Column with one laboratory water tap – bench mounted – h300 Connection: G3/8, G3/4 y G1/2 UNI ISO 228/1
Outlet nozzle: Olive-shaped with thread connection DIN 12898
Saddle: with normal adjustment or with ceramic seal opens/closes
Colors: gray
Remote control: available with tube Ø12×1 – Ø10×1
Maximum operating pressure: 10 bares

Ref: 2000/45

Standout 1 gas tap
Connection: G3/8 e G1/2 UNI ISO 228/1 – R3/8 and R1/2 UNI ISO 7 (on demand)
Nozzle: olive-type fixed DIN 12898
Headwork: with ceramic valve spring loaded for safety
Colors: gray
Fume hood valve: available with pipe Ø12×1 – Ø10×1
Maximum working pressure: 0,2 Bar

Ref: 3000/45

The TOF series of taps suitable for compressed Air

Connection: G3/8 and G1/2 UNI ISO 228/1
Olive spout: fixed with screw connection DIN 12898 – Several removable types also available
Headwork: fine regulation – Maintenance free
Color: gray
Fume hood valve: available with tube Ø12×1 or Ø10×1
Max. working pressure: 10 Bar
Class of purity: 4

Ref: 3101/233UB100

All pressure regulators feature a stainless steel membrane.

Inlet max. pressure: 230 bar – variable according to the model
Standard working pressure: 0 to 10 bar
Working room temperature: 0–50°C Max.
Capacity: 170 L/Min
EN 13792-complying gas identification colour codes Cylinder connections are designed according to the international regulations of reference (e.g. DIN 477, CGA V1, BS 341 etc.). A wide range of fittings and input/output valves is available based on the client’s needs. Art. 3101/188 – Pressure regulator bench mounted

Technical gases play a vital role in laboratory environments, supporting a wide range of applications—from chemical analysis to high-precision research processes. To ensure safety, eciency, and accessibility, laboratories require specialised furniture and distribution infrastructure designed for the proper storage, handling, and delivery of these gases.

Key Aspects of Gas Distribution in Laboratory Furniture

1. Gas Cylinder Storage and Safety Cabinets Technical gases are typically stored in dedicated gas cylinder cabinets that comply with safety regulations to
prevent leaks, contamination, and hazardous exposure. These cabinets are constructed from fire-resistant materials, equipped with ventilation systems, and often include automatic shut-o valves for emergency  situations.

2. Integrated Gas Distribution Systems Laboratory workbenches, fume cupboards, and specialised workstations frequently feature built-in gas distribution systems to ensure ecient and safe gas delivery. These include:

Gas manifolds and regulators to control flow and pressure

Piping and conduits made from stainless steel, copper, or chemically resistant polymers

Colour-coded outlets and control valves for easy identification and safe operation

General
Specifications

Norlab oers a wide range of service solutions designed for maximum versatility and flexibility in laboratory environments.

Service modules provide generous internal space for routing essential utilities, and allow for the integration of additional outlets, power sockets, and IT ports as required. Fittings and controls are conveniently accessible via tiltable service panels, enhancing user ergonomics and operational ease.

Norlab’s service columns, acting as compact utility supply units, support open and ecient space planning. These modules are suitable for wall or ceiling mounting, or can be configured as free-standing mobile units on castors, ensuring complete adaptability to changing lab layouts and workflows.

Key benefits include:

• One- or two-sided configuration options
• Available in a variety of cross-sectional profiles
• Quick conversion and repositioning — ideal when integrated with the Dimensions ceiling grid system
• Versions available for biological safety zones S1 to S3

Service modules supply laboratories with all the services that scientists and lab personnel need for their work.
They are crucial in any laboratory required to meet exacting standards. Service modules need to supply workstations with all the services they need (such as mechanical services and electricity), must be ergonomic to use, save space and energy, and be adaptable.

Service Modules for a Safe and Ecient Utility Supply

Bench-mounted service ducts oer an ideal solution for delivering services to double-sided workbenches in laboratory environments.
Specially engineered service duct elements or service spines are mounted centrally on the bench, allowing both sides of the workstation to be safely and eciently supplied with all necessary utilities. This ensures a reliable and well-organised service distribution that supports simultaneous work on both sides,
improving safety, ergonomics, and functionality.

Benefits

– Integrated hatch for convenient service access.

– Combinable with various double-sided work benches.

– Modular mounting of spine components on the multi-purpose upright.

– Tool-free assembly of supplementary service duct element fittings.

– Designs for biological safety zones S1 – S3**.

Service distribution terminals

Service distribution terminals are a good option when you are seeking a compact addition to existing service modules. They are fixed directly at the workplace by a flexible clamping system. Service supply is ensured by a service module mounted on the ceiling or a floor-standing service spine.

Suspended service booms

Suspended service booms can be used with any layout design as elements suspended from the ceiling of the laboratory. They can be equipped with removable service panels and accessory rails. Their height can also be individually adjusted.

If you want to equip your laboratory without worrying about replacements or future failures...

Install Lab Faucets Engineered for Precision, Safety, and Long-Term Performance!

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