Cell Lab Stainless Steel Vacuum Roller Mill Jars [304 / 316 Grade | 0.5–15 L | Vacuum Type]

Cell Lab Stainless Steel Vacuum Roller Mill Jars [304 / 316 Grade | 0.5–15 L | Vacuum Type]

Vacuum-sealable stainless steel jars for contamination-free roller milling

The Cell Lab Stainless Steel Vacuum Roller Mill Jars are precision-engineered for contamination-free milling and mixing under vacuum conditions.
Constructed from high-quality 304 or 316 stainless steel, they provide superior corrosion resistance, excellent mechanical strength, and long service life in both dry and wet milling applications.

Their airtight vacuum-sealable lid design, incorporating a durable silicon sealing gasket and clamp lock, ensures optimal environmental control during material processing.
Available in volumes from 0.5 L to 15 L, these jars are ideal for research laboratories, pilot-scale testing, and industrial material development.

Key Features

• Vacuum-sealable design – Lid, silicon gasket, and clamp lock system ensure reliable airtight sealing for both wet and dry milling.

• Durable 304 / 316 stainless steel construction – Provides excellent corrosion resistance and compatibility with a broad range of materials.

• Smooth cylindrical inner surface – Minimises residue, promotes uniform grinding, and allows effortless cleaning.

• Supports multiple grinding media types – Compatible with stainless steel balls of various diameters for controlled particle reduction.

• Multiple capacity options – From 0.5 L to 15 L with consistent design standards for roller mill applications.

Technical Specifications

Available Jar Sizes and Weights

Note: Please contact us for quotes on other sizes.

Applications & Industries

Cell Lab stainless steel vacuum jars are ideal for:

• Battery material processing – ensuring contamination-free mixing of electrode powders and electrolytes.

• Ceramics and advanced materials – uniform grinding of oxides, nitrides, and metallic compounds.

• Pharmaceutical and biotechnology research – controlled vacuum conditions for fine powder preparation.

• Metallurgy and chemical engineering – wet and dry milling of alloys, catalysts, and composites.

• Nanomaterials and high-purity compounds – low-contamination environment for ultra-fine milling.

FAQ

Q1: What is the difference between 304 and 316 stainless steel jars?
A: 316 grade provides better corrosion resistance, particularly against acids and chlorides, making it ideal for chemical and biomedical research.

Q2: Can these jars be used under full vacuum?
A: Yes. The integrated sealing gasket and clamp system support strong vacuum environments for extended durations.

Q3: What types of media are compatible?
A: Compatible with stainless steel, tungsten carbide, zirconia, and alumina balls, depending on the application.

Q4: Are these jars suitable for both dry and wet milling?
A: Yes. They perform effectively in both dry and slurry-based processes.

Q5: Can I request custom jar sizes or fittings?
A: Absolutely. Custom dimensions, fittings, and alternative stainless steel grades are available on request.