EISCO 10PK Spot Plates 12-Well Polyethylene Hard Plastic CH0542C

Description

Product Overview

The EISCO 10PK Spot Plates are engineered for durability and clarity in laboratory environments. Constructed from high‑quality polyethylene, each plate offers twelve individual wells that are approximately one inch in diameter and capable of holding roughly 1.5 mL of liquid. The transparent hard‑plastic material allows users to monitor reactions without removing samples, while the robust composition resists cracking, staining, and chemical degradation. Dimensions of each plate measure 4.6 inches in length, 3.5 inches in width, and 0.4 inches in height, providing a compact footprint that fits standard storage racks and incubators. The plates are lightweight, weighing just over 10 ounces per set, yet they maintain the structural integrity required for repeated use in demanding educational and research settings.

Designed with the modern laboratory in mind, these spot plates feature smooth, rounded edges that reduce the risk of accidental cuts and make handling comfortable during extended sessions. The polyethylene surface is non‑porous, ensuring that residues do not linger after cleaning, which contributes to consistent experimental results and minimizes cross‑contamination. The product is not discontinued by the manufacturer, guaranteeing ongoing availability for institutions that rely on consistent supply chains.

Usage

These spot plates excel in a variety of educational and professional contexts. In high school chemistry classrooms, they serve as an excellent tool for demonstrating acid‑base reactions, precipitation, and small‑scale synthesis, allowing students to observe color changes and precipitate formation directly in the wells. In university laboratories, the plates are suitable for analytical chemistry assays, enzyme kinetics, and qualitative analysis where sample volumes are limited. The 1.5 mL capacity per well is ideal for titration experiments, pH testing, and microscale organic reactions, providing enough volume to conduct meaningful observations while conserving reagents.

Beyond academic settings, the plates are valuable in quality‑control labs, environmental testing facilities, and field research where portability and ease of cleaning are essential. Their chemical resistance to a broad range of solvents and reagents makes them compatible with aqueous solutions, weak acids, bases, and many organic solvents, though users should verify compatibility with highly aggressive chemicals. The plates can be autoclaved or washed with standard laboratory detergents, and they dry quickly, ready for the next experiment.

When used in conjunction with standard laboratory equipment such as pipettes, micro‑spatulas, and magnetic stir bars, the spot plates provide a stable platform for precise liquid handling. Their uniform well spacing ensures consistent results across multiple trials, and the clear walls aid in visual documentation for lab reports and publications.

Why Choose Us

EISCO has a long‑standing reputation for producing reliable laboratory consumables, and the 10PK Spot Plates are a testament to that commitment. Each plate undergoes rigorous quality control testing to verify well dimensions, material integrity, and dimensional consistency. The polyethylene used is sourced from certified suppliers, ensuring that the plastic meets ASTM standards for purity and performance. This attention to material quality translates into plates that resist cracking under thermal stress and maintain optical clarity after repeated cleaning cycles.

Customer support is a cornerstone of the EISCO experience. Buyers receive responsive technical assistance, detailed product documentation, and guidance on best practices for cleaning and storage. Should any issues arise, the company offers a straightforward replacement policy, reinforcing confidence in the long‑term value of the purchase.

Environmental responsibility is also embedded in the product design. Polyethylene is recyclable, and EISCO encourages users to participate in recycling programs where available. By choosing a reusable plate set, laboratories reduce waste compared to single‑use glassware, aligning with sustainability goals without compromising experimental precision.

Finally, the competitive pricing of the 10PK Spot Plates, combined with their durability and performance, delivers a cost‑effective solution for institutions seeking to equip multiple workstations without sacrificing quality. The product’s best‑seller rank in the Lab Storage Microplates category reflects its popularity among educators and researchers alike.

Key Features

• Durable polyethylene construction resists cracking and chemical staining for long‑term reuse.
• Twelve 1‑inch wells each hold up to 1.5 mL, ideal for microscale reactions and assays.
• Transparent hard‑plastic walls enable clear visual monitoring of color changes and precipitates.
• Compact 4.6 × 3.5 × 0.4 inch size fits standard lab racks and incubators, saving valuable bench space.
• Responsive EISCO customer support and easy replacement policy ensure reliable after‑sales service.

FAQ

Can these spot plates be autoclaved?

Yes, the polyethylene material tolerates standard autoclave cycles. Allow plates to cool before handling to avoid deformation.

What is the maximum chemical compatibility?

The plates are compatible with most aqueous solutions, weak acids, bases, and many organic solvents. For highly aggressive chemicals, consult the material safety data sheet.

How should I clean the plates after use?

Rinse with distilled water, then wash with a mild laboratory detergent. For stubborn residues, soak in a 10% ethanol solution before rinsing. Air‑dry or use a low‑heat dryer.

Are the plates suitable for quantitative analysis?

While the wells are designed for qualitative and semi‑quantitative work, the consistent volume capacity (1.5 mL) allows for reliable comparative measurements when calibrated properly.

Do the plates come with a warranty?

EISCO provides a limited warranty covering manufacturing defects. Contact customer service for claim procedures and replacement options.