
Brand: Generic ( Made in India )
ICHEM Disposable Cuvettes 4.0ml Square 10mm x 10mm x 45mm Pack Of 100PCS Polystyrene
SKU: TB-IC-88220
Estimated Delivery By: Sep 30 - Oct 2 




MRP : ₹3412 ₹2624
23% OFF!
Estimated Delivery By: Sep 30 - Oct 2 
Easy Return
& Refund
& Refund

Quality
Assurance
Assurance

Trusted
Delivery
Delivery

After Sales
Assistance
Assistance

Buyer
Protection
Protection
₹2624 (Including GST)
MRP : ₹3412
23% OFF!
Get Extra ₹39 OFF on Prepaid Orders
QTY :
-
1
+
Short Description
Disposable cuvettes 4.0ml pack of 100PCS
Polystyrene square cuvettes 10x10x45mm 10mm pathlength
Polystyrene square cuvettes 10x10x45mm 10mm pathlength
Country of origin: India
Specifications
- Brand: Generic ( Made in India )
- Power :
- Weight (Approx.) :
- Material :
- Depth :
- Height :
- Length :
- Capacity :
- Speed : rpm
- Width :
- Ideal For :
- Net Quantity :
- Dimensions : 10mm x 10mm x 45mm
- Volume : 4.0ml
- Pathlength : 10mm
- Material : Polystyrene Plastic (PS)
- Wavelength Range : Down to 300nm
- Pack Quantity : Pack of 100 (100PCS)
- Instrument Compatibility : Standard Spectrophotometers & Photometers
Description
Disposable Cuvettes 4.0ml, Square Cuvettes 10mm x 10mm x 45mm, 100PCS is a bulk optical supply for spectrophotometry. Made from optical-grade polystyrene with a 10mm pathlength and 4.0ml volume, it delivers reliable high-throughput testing.
Features
:- Dimensions : Standard dimensions 10mm x 10mm x 45mm with 10mm pathlength
- Capacity : 4.0 ml volume capacity with high optical clarity
- Material : Manufactured from polystyrene PS for wavelengths down to 300nm
- Marking : Includes arrow mark to indicate direction of transmission
- Quantity : Pack of 100 providing cost effective bulk measurements
Applications
:- Primary Use : High throughput spectrophotometric sample screening
- Absorbance Care : Analytical chemistry liquid absorbance testing
- Research Use : Academic and industrial research optical measurements
- Academic Care : Academic chemistry laboratory practicals
- Photometric Use : Photometer transmission direction testing
AI-generated answers may be inaccurate. Double-check critical facts.
Select attribute








