Quartz φ30mm Cylindrical Reflectance Cuvette, Sintered 83, φ26mm×28mm Interior, 1pc/ea, C301WS1

Weight	30 g

SKU: C301WS1

C301WS1 Quartz φ30mm Cylindrical Reflectance Cuvette Sintered 83

~~USD$48.00~~ USD$44.00

In Stock

Quartz φ30mm cylindrical reflectance cuvette, Sintered 83 (>83% transmittance). Open top. Interior φ26mm × 28mm. 190–2500 nm. SKU: C301WS1.

In Stock

SKU: C301WS1 Categories: Cuvettes, Products, Quartz Cylinder Cuvettes

Worldwide Timed Dispatch Available

Free Shipping apply to all orders over $1800
Worldwide delivery to door service, hassle free shipping
Contact us for quotation of bulk purchase discount
Custom design. Send us graphic drawing for solution
POs for Academics. Pay after delivery.
Fast dispatch. Receive deliveries in 1 - 2 weeks.

Description

The C301WS1 is a quartz cylindrical cuvette designed for measuring reflected light, with a φ30mm outer diameter and 30mm height. The open-top cylindrical geometry is optimized for diffuse-reflectance and integrating-sphere measurements where the sample is placed inside the cup and illuminated from above. The internal chamber (φ26mm × 28mm) accommodates powders, pastes, gels, thin films, and solid samples. Fabricated using Sintered 83 (>83% transmittance) — high-temperature sintered quartz construction for superior chemical resistance and thermal stability.

Technical Specifications — Cylindrical Reflectance Cuvette
Material	Quartz (JGS1)	SKU	C301WS1
Outer Diameter	φ30mm	Exterior Height	30mm
Inner Diameter	φ26mm	Interior Height	28mm
Fabrication	Sintered 83	Transmittance	>83%
Wavelength	190–2500 nm	Closure	Open Top (No Cap)
Shape	Cylindrical	Package	1pc/ea

Reflectance & Material Analysis Applications

◆ Diffuse Reflectance Spectroscopy (DRS) — UV-Vis-NIR reflectance of powders, ceramics, and catalysts

◆ Integrating Sphere Measurements — total reflectance and transmittance with standard integrating spheres

◆ Color Measurement — CIE L*a*b* and spectral color analysis of pigments, coatings, and textiles

◆ Thin-Film Analysis — optical characterization of deposited films, wafers, and coated substrates

◆ Powder & Granule Analysis — pharmaceutical, mineral, and chemical powder characterization

◆ Catalyst Research — band-gap determination and surface property studies via Kubelka-Munk analysis

◆ Food & Agriculture — NIR reflectance for moisture, protein, and fat content in grains and food products

◆ Forensic Science — non-destructive analysis of fibers, paints, and questioned documents

Why Cylindrical Geometry?

The cylindrical open-top design provides a uniform sample surface for reflectance measurements, eliminating optical artifacts caused by corners or edges in rectangular cells. The circular cross-section ensures even illumination distribution when used with integrating spheres, and the smooth interior wall allows easy loading and complete recovery of powder and paste samples.

Why Sintered 83?

Sintered 83 uses high-temperature fusion to bond quartz components without adhesive, delivering >83% transmittance and exceptional chemical and thermal resistance. The sintered joints withstand aggressive solvents, concentrated acids, and temperatures up to 1100°C — ideal for reflectance measurements involving reactive or high-temperature samples. No organic adhesive means zero risk of fluorescence background or adhesive degradation.

Usage Tips

Fill the cuvette with a flat, uniform layer of sample for consistent reflectance readings.
Use a white reference standard (e.g., BaSO₄ or PTFE) for baseline calibration before measurements.
Clean with a compatible solvent and dry thoroughly between samples to avoid cross-contamination.
For powder samples, gently press the surface flat with a spatula to reduce scattering variability.
Store in the original protective packaging to prevent scratches on the polished quartz surface.

Custom Orders
Need a non-standard diameter, height, wall thickness, or surface finish? We manufacture quartz cylindrical cuvettes to your exact specifications. Request a custom quote.

Disclaimer: Specifications are nominal values measured under standard laboratory conditions. Actual transmittance may vary slightly with wavelength and sample conditions. Images are representative; minor cosmetic variations between production batches are normal and do not affect optical performance.