Grant Instruments Flat Platform, with Non-Slip Rubber Mat (PP-4)

The Grant Instruments Flat Platform (PP-4) is designed to provide a stable and secure surface for various laboratory applications. Equipped with a non-slip rubber mat, this platform ensures that samples remain securely in place during shaking or mixing processes. It is specifically designed for use with the ES-20 shaking incubator, enhancing its versatility and functionality.

Key Features:

• Brand: Grant Instruments
• Model: PP-4
• Compatibility: Designed for the ES-20 shaking incubator
• Non-Slip Surface: Features a rubber mat to prevent sample movement during operation
• Durable Construction: Built to withstand rigorous laboratory environments

This flat platform enhances the capabilities of the ES-20 shaking incubator, providing a reliable solution for various laboratory applications requiring secure sample placement during shaking or mixing.

Frequently Asked Questions

1. What is the Grant Instruments Flat Platform, with Non-Slip Rubber Mat used for?

It is designed to provide a stable and secure surface for various laboratory applications. Equipped with a non-slip rubber mat, this platform ensures that samples remain securely in place during shaking or mixing processes. It is specifically designed for use with the ES-20 shaking incubator, enhancing its versatility and functionality.

2. What non-slip surface and durable construction does this product have?

It has a rubber mat to prevent sample movement during operation and built to withstand rigorous laboratory environments.

3. What is this product compatible with?

It is compatible with the ES-20 shaking incubator.

4. How does this product compare with the Heidolph Flat Rubber Mat 2000 from Heidolph?

For its intended use, the Grant model is the better choice, offering a rubber mat to prevent sample movement during operation and built to withstand rigorous laboratory environments. The Heidolph model offers a size of 2000 mm (length) as an alternative, while the Grant model's a rubber mat to prevent sample movement during operation and built to withstand rigorous laboratory environments help make it a strong fit for its intended use.