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Bench Type Sand Rammer

Name: Bench Type Sand Rammer
Brand: PLASTIC MACHINERY
Price: 25000 INR
Availability: InStock

Price 25000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Bench Type Sand Rammer Specification

Structure
Bench Mounted, Robust Base

Media
Foundry Sand

Power
Manual/ Pneumatic Driven

Material
Cast Iron and Mild Steel

Air Consumption
0.3 - 0.5 m/min

Speed
20 - 25 strokes per minute

Bench Type Sand Rammer Trade Information

Minimum Order Quantity
1 Piece

FOB Port
VADODARA

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque

Supply Ability
100 Pieces Per Month

Delivery Time
3-5 Days

Sample Policy
Contact us for information regarding our sample policy

Main Export Market(s)
Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia

Main Domestic Market
All India

About Bench Type Sand Rammer

Bench Type Sand Rammer

The industrial acquaintance throughout these 30 years has made our firm to make, export and supply an extensive variety of Bench Type Sand Rammer. The obtainable rammer is manmade with utmost exactness with quality-agreed metal alloys and innovative methods according to the global quality standards. Also, we provide this Bench Type Sand Rammer to the customers in dissimilar technical stipulations at industry foremost prices.

Key Features:

Robust construction
Easy to install
Application specific design
Corrosion resistance
Avail in different technical specifications

The Specifications of the Rammers are:

Model

Length
(mm)

Approx
Weight
(Kgs)

Blows
per Minute

Air Consumption

m/minute at 6.3
bar pressure

RAM-1

533

5.7

850

0.5

RAM-3

1283

800

0.7

Versatile Applications in Foundry Labs

The Bench Type Sand Rammer is built specifically for moulding sand compaction, making it essential for foundry testing and research laboratories. Its bench-mounted, robust structure ensures stability during operation, while the dual manual and pneumatic operation options cater to varied testing scenarios.

Optimized for Reliable Performance

Each strokepowered by a precise hand lever or pneumatic systemproduces consistent compacting results. With a blow count of one per stroke and a speed of 2025 strokes per minute, the rammer guarantees reproducible outcomes, enhancing the accuracy of your sand moulds and test results.

Built for Durability and Efficiency

Combining cast iron and mild steel, this sand rammer offers excellent structural integrity, suitable for rigorous lab use. Its protective powder-coated or painted finish resists wear and corrosion, ensuring a long service life even in demanding industrial environments.

FAQs of Bench Type Sand Rammer:

Q: How is the Bench Type Sand Rammer operated?

A: The Bench Type Sand Rammer can be operated either manually via a hand lever or pneumatically, allowing flexibility based on user preference or available resources.

Q: What is the primary purpose of this sand rammer in foundry applications?

A: This equipment is primarily used for testing the compactibility of moulding sand, ensuring consistent density and strength of sand in foundry moulds for quality control and research.

Q: When should I use the pneumatic option instead of manual operation?

A: The pneumatic operation is recommended when frequent or repetitive testing is required, as it reduces operator fatigue and enables faster, more uniform compaction cycles.

Q: Where is this sand rammer typically installed or used?

A: It is designed to be bench-mounted, making it suitable for foundry laboratories, research facilities, and production testing environments where stability and precision are essential.

Q: What process does this rammer follow to compact sand?

A: During operation, a single blow per stroke is delivered either manually or pneumatically, compressing the foundry sand within a specified stroke length to ensure uniform packing.

Q: What benefits does using this sand rammer provide to foundry operations?

A: Using the Bench Type Sand Rammer enhances the consistency and reliability of moulding sand, which leads to improved casting quality, reduced defects, and more dependable test results.