Bechem Beruforge 393 G

Description

Bechem Beruforge 393 G: High-Performance Lubricant for Massive Forming

Product Description

Bechem Beruforge 393 G is a specialized lubricant designed for die forging, upsetting, and forging processes involving steel and non-ferrous metals. Whether you’re working with aluminum, copper alloys, or other materials, Beruforge 393 G provides exceptional performance. Let’s explore its features, benefits, specifications, and more.

Performance of Bechem Beruforge 393 G

• High-Temperature Resistance: Beruforge 393 G can withstand temperatures up to 1280 °C, making it ideal for extreme forging conditions.
• Graphite-Poor Formula: Despite its high-temperature capabilities, this lubricant contains minimal graphite content, ensuring clean and efficient operations.
• Effective Release Agent: Beruforge 393 G facilitates easy part removal from dies, reducing downtime and enhancing productivity.

Features of Bechem Beruforge 393 G

1. Wear Protection: Beruforge 393 G shields dies and workpieces from wear, extending tool life.
2. Graphite Lubrication: The controlled graphite content ensures smooth sliding and reduced friction during forming.
3. Versatile Application: Suitable for die forging, upsetting, and general forging processes.
4. Color: Black (due to the graphite content).

Benefits of Bechem Beruforge 393 G

1. Durable Performance: Beruforge 393 G maintains its effectiveness even under extreme heat and pressure.
2. Cost-Effective: Its longevity and efficiency translate to cost savings.
3. Quality Material: Bechem’s reputation ensures top-notch quality.
4. Environmentally Friendly: Low graphite content minimizes environmental impact.

Specifications

• Working Temperature Range: 120 – 300 °C
• Density at 20 °C: 1.080 g/cm³
• Dilution Ratio: 1:5 – 1:15 (mix with water for optimal use)

Certifications

Bechem Beruforge 393 G complies with industry standards and certifications, ensuring reliability and safety.

Health, Safety & Environment

• Beruforge 393 G is designed with operator safety in mind.
• Follow recommended handling procedures and use appropriate protective gear.
• Dispose of used lubricant responsibly.

Color

The lubricant appears black due to its graphite content.

API (Application)

Apply Beruforge 393 G directly to the die surfaces or workpieces as needed. Follow manufacturer guidelines for optimal results.

Operating Temperatures

Beruforge 393 G performs exceptionally within the specified temperature range (120 – 300 °C).

Container Size

Beruforge 393 G is available in various container sizes. Check with your supplier for options.

Base Oil

The base oil used in Beruforge 393 G contributes to its stability and lubricating properties.

Recommendations

• Store in a cool, dry place away from direct sunlight.
• Mix according to the recommended dilution ratio.
• Regularly inspect dies and lubricant application to ensure consistent performance.

Applications

Beruforge 393 G finds applications in:

• Die forging
• Upsetting
• General forging processes

Industries Where Bechem Beruforge 393 G Is Popular

• Automotive manufacturing
• Aerospace
• Heavy machinery
• Steel mills
• Metalworking industries

Price of Bechem Beruforge 393 G

For pricing details and to place an order, please contact us. Our team will provide you with the best price for your specific requirements.

Call to Action: “Ready to enhance your forging processes? Contact our sales team today to get a personalized quote for Bechem Beruforge 393 G!”

Technical Specifications

• Flash Point: 220 °C
• Drop Point: 260 °C
• Viscosity (at 40 °C): 100 mm²/s

Frequently Asked Questions (FAQs) about Bechem Beruforge 393 G

1. Q: Is Beruforge 393 G suitable for aluminum forging?
   • A: Yes, Beruforge 393 G is effective for both steel and non-ferrous metals, including aluminum.
2. Q: Can I use Beruforge 393 G in hot forging processes?
   • A: Absolutely! Its high-temperature resistance makes it ideal for hot forging applications.
3. Q: Is Beruforge 393 G environmentally friendly?
   • A: Yes, its low graphite content minimizes environmental impact.