(C104WS1) Quartz Flow Cell, 10 mm Path, 3.5 mL

Weight	30 g

SKU: C104WS1

Original price was: $403.00.Current price is: $363.00.

In Stock

C104WS1 is a quartz flow cell for UV/Vis spectroscopy with a 10 mm optical path, a 3.5 mL nominal capacity and a Two-Way Light layout. This version uses two opposed fluid tubes for line-connected sample handling in a straightforward end-to-end format. Supplied as 1 flow cell per priced unit.

In Stock

SKU: C104WS1 Categories: Cuvettes, Products, Quartz Flow Cells Brand: MachinedQuartz

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Description

C104WS1 is a quartz flow cell for UV/Vis spectroscopy with a 10 mm optical path and 3.5 mL nominal capacity. Its Two-Way Light layout keeps the optical path in one main transmission direction, while the two opposed fluid tubes support line-connected filling rather than top access handling. This is a practical choice when you want a connected flow-cell format and your method does not need side optical access.

Path Length: 10 mm
Sample Volume (Nominal): 3.5 mL
Opening Configuration: Two Opposed Fluid Tubes

Selection Specifications

Product Kind	Flow Cell
Cell Type	Flow Cell
Measurement Mode	UV/Vis Spectroscopy
Path Length	10 mm
Light Transmission Configuration	Two-Way Light
Wavelength Range — Lower Limit	200 nm
Wavelength Range — Upper Limit	2500 nm
Sample Volume (Nominal)	3.5 mL
Cell Body Dimensions	12.5 × 12.5 × 45 mm
Material	Quartz
Port Count	2
Fabrication Method	Molded 83
Opening Configuration	Two Opposed Fluid Tubes

Choose this option

Choose C104WS1 when your setup is built around a 10 mm transmission path and an in-line sample route through opposed end connections. The 3.5 mL nominal capacity gives a defined cell volume for filled operation, and the tube-connected format can simplify integration where the sample is introduced and removed through external lines instead of direct pouring.

What makes this option different

Two-Way Light configuration supports a single main transmission direction for UV/Vis measurement.
Two opposed fluid tubes place the connections at opposite ends of the cell for end-to-end line routing.
10 mm optical path suits methods specified around that established path length.
3.5 mL nominal capacity helps you plan the filled cell volume inside the cuvette itself.
Molded 83 fabrication is commonly selected for methods that may involve organic solvents or temperature-controlled work, subject to the complete wetted assembly and actual process conditions.

Using this cell

Install the cell so the transmission faces align with the instrument beam path, then connect your sample lines to the two tube ends with suitable external tubing arrangements. Fill gradually and check the visible sample region before measurement so bubbles or residue do not remain in the optical path.

The stated 3.5 mL is the nominal capacity of the cell body. It does not define a minimum working volume, and it does not include any extra liquid held in external tubing or fittings.

First-use check

Inspect the optical faces and tube ends for chips, residue or handling marks.
Rinse with a method-appropriate liquid before introducing the sample.
After filling, confirm that the illuminated region is free of visible bubbles and that the external line connections are seated securely.

Fit and optical alignment

Allow space for both the cell body and the projecting tube connections at each end. This is especially important in compact compartments where tubing bend radius and line routing affect how the cell can be seated and accessed.

Z Height is not stated for this SKU. If your holder or instrument depends on a fixed beam-centre height, check beam position directly rather than assuming fit from the 10 mm path length alone.

Solvents and cleaning

Molded 83 is commonly chosen for methods that may involve organic solvents or temperature-controlled work. Suitability still depends on the complete wetted assembly and the actual liquid, concentration, temperature and contact time used in your process.

Chemical limits and pressure limits are not stated here for this exact option. Do not use hydrofluoric acid on quartz. Avoid hot strong alkalis and abrasive cleaning materials, and clean the optical faces gently with suitable non-abrasive laboratory wipes.

Included with this option

Supplied as 1 C104WS1 flow cell per priced unit. Other package contents are not specified here.

Availability and ordering

Order this specification directly, or contact us to check current availability and dispatch timing. If temporarily unavailable, additional preparation or production time may be needed. For a required delivery date, contact us before checkout; preparation or production is separate from carrier transit and customs clearance.

Discuss a custom version

We coordinate custom JGS1 quartz production for changes involving dimensions, optical path length, sample volume, optical windows or Z Height, closures, connections and tolerances. Send a dimensioned drawing or labelled sketch together with your holder details and the connection orientation you need.

Prototype batches typically involve 2–4 cells; feasibility, final specifications, quantity, price and production time are confirmed in the project quotation. Discuss your requirements and quote part number C104WS1.