Glass Coated Plate, SiO2 Glass Well Coating, 96 Round Well V-Bottom 33.00mm Height, 1.0mL | DP11VR-9-GC10
✓ FREE SHIPPING on U.S. orders of $500 or more. Calculated shipping applies to smaller orders.
✓ AVAILABILITY: Available for order (fulfilled via U.S. supplier network)
✓ Professional-grade lab supplies sourced from authorized U.S.-based distributors and manufacturers.
REQUEST A QUOTE:
Glass Coated Plate, SiO2 Glass Well Coating, 96 Round Well V-Bottom 33.00mm Height, 1.0mL | DP11VR-9-GC10
PRODUCT DETAILS
1.0mL Plate 96rd glass 33mm V, listed as Innovative Laboratory Products (ILP) Catalog No. DP11VR-9-GC10, provides the documented format for microplate processing. Improve processing efficiency with solvent resistant silicone dioxide coated plates from Innovative Laboratory Products. Offered in multiple plate and reservoir formats, they feature surface properties similar to glass while retaining the durability and light weight of plastic plates. Plates are automation compatible and available for nearly all common autosamplers and related instrumentation. This quartz glass coating provides our plates with surface properties similar to glass while retaining the durability, light weight, and other desirable characteristics of plastic plates. Benefits of this coating include.
- Package detail: 10 Plates/Pack
- Product reference: 1.0mL Plate 96rd glass 33mm V
- Ordering format: PK, 10 pieces per UOM, 10 packs per case
- Recorded shipping size: 11 x 9 x 5 in
- Material or construction: SiO2 Glass Well Coating
- Capacity or format: 96 Round Well V-Bottom 33.00mm Height
This configuration is ordered as PK; the source lists 10 pieces per UOM and 10 packs per case. Its shipping dimensions are 11 x 9 x 5 inches with a recorded weight of 2 pounds. The package data should be matched to receiving and storage requirements for this exact catalog number.
Use this configuration for plate-based handling where its stated dimensions, well shape, and sterility status meet the method. The listed sio2 glass well coating characteristic is the primary configuration detail to compare with related items. Use the exact SKU and documented package information when matching this product to a bench procedure or purchasing record.
Procurement records for Catalog No. DP11VR-9-GC10 include origin China, UNSPC Code 41122102, and Harm Code 3926.90.9910. These source fields provide consistent identification for purchasing and documentation without implying additional certifications or performance claims.
SPECIFICATIONS
FAQs
What should be compared when selecting among related versions?
How is this item identified for purchasing?
How does the stated capacity define this item?
Which package format applies to this catalog number?
Which workflow is this 1.0mL Plate 96rd glass 33mm V intended to support?
SHIPPING & RETURNS
SHIPPING
- Shipping Costs: Calculated in real-time at checkout based on weight and destination.
- Processing Time: Typically 1-3 business days.
- Transit Time: Estimated 4-5 business days via UPS or FedEx (U.S. Delivery Only).
- Tracking: Sent via email as soon as your package is dispatched.
- Free Shipping: Available on all orders over $500 within the contiguous U.S.
RETURNS
30-Day Window: We offer a 30-day return window from the date of delivery.
- Free Return Shipping: We provide a pre-paid return shipping label for eligible items.
- Eligibility: Returns accepted for standard customer remorse, as well as damaged, defective, or incorrect items.
- Condition: Items must be in original, unopened packaging and unused condition.
- No Restocking Fees: We do not charge restocking fees for eligible returns. (Note: We do not offer direct exchanges; please return for a refund and re-order).
- Exclusions: Sterile, vacuum-sealed, chemicals, or hazardous materials cannot be returned.
- Initiate: Contact support@labcals.com to receive a Return Material Authorization (RMA).
- Please see our full Shipping Policy and Return Policy for complete details.
* Products are sourced from authorized U.S.-based distributors and manufacturers and fulfilled through established supply networks.