Henke-Sass Wolf HSW HENKE-JECT Eco Single-use Syringes 2 mL (3 mL) 2-parts, Luer Lock, Bulk, Pack of 6400

The Henke HSW HENKE-JECT Eco Single-Use Syringes, 2 mL (3 mL), 2-Parts, Luer Lock, Bulk, Pack Of 6400 are designed for reliable liquid handling in laboratory and general dispensing applications. Each syringe features a PP barrel, PE piston, Luer Lock nozzle, and an additional brake ring on the cylinder base for improved and more precise piston rod guidance.

Key Features:

• Brand: Henke
• Type: Single-Use Syringes
• Series: HSW HENKE-JECT Eco
• Capacity: 2 mL (3 mL)
• Design: 2-Parts
• Connection: Luer Lock
• Format: Bulk
• Material: PP Barrel And PE Piston
• Piston Guidance: Additional Brake Ring For Improved Piston Rod Guidance
• Scale: Wipe-Resistant Scale
• Cylinder: Transparent Cylinder
• Performance: Extremely Smooth-Running And Leak-Proof
• Packaging: Pack Of 6400

These Henke single-use syringes are suitable for users requiring smooth, transparent, and bulk-packed syringes for routine liquid handling.

Frequently Asked Questions

1. What is the Henke HSW HENKE-JECT Eco Single-Use Syringes, 2 mL, 2-Parts, Luer Lock, Bulk, Pack Of 6400 used for?

The Single-Use Syringes are designed for the intended laboratory application. This single-use syringes format supports routine laboratory work in that application.

2. What are the main specifications of the Single-Use Syringes?

The main specifications of the Single-Use Syringes are that the capacity is 2 mL (3 mL), the material is PP Barrel And PE Piston and the connection is Luer Lock. These are the main selection points to compare with the requirements of the laboratory task.

3. Is the Single-Use Syringes suitable for the intended laboratory application?

Yes. The Single-Use Syringes are suitable for the intended laboratory application. One relevant feature is that the design is 2-Parts, which supports use in that type of laboratory workflow.

4. What pack size is the Single-Use Syringes supplied in?

The Single-Use Syringes is supplied in a pack Of 6400. This is useful when planning stock levels and routine laboratory consumption.