About Pneumatic Rammer
Pneumatic Rammer
With market acquaintance and extensive experience, we are competently manufacturing and providing
Pneumatic Rammer. Below the management of specialists, we project this rammer in line with the present industrial ethics by employing uppermost quality ingredients at our progressive production department. This rammer is extensively matched for rivert cutting, chipping, and riverting. It also safeguards and even sand compaction in the mold to upsurge efficiency in the foundries. These are offered at an affordable price.
Our
Pneumatic rammers are a bonus to the foundries. Compressing of the sand for the shapes can be completed conveniently at a very fast stride and a faultless compaction is attained because of the high rapidity hammering act of the rammers. Its tough construction permits it to be utilized in the foundries in the greatest trying circumstances and yet demanding very less upkeep.
Our Pneumatic Rammers are also valuable for compressing Refractory Linings of Furnaces.
We make two replicas of the Rammers, the floor and the bench model.
Key Features:
- Superb quality
- High efficiency
- Excellent durability
- Long operational life
- Affordable price
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
|
12
|
800
|
0.7
|
Robust and Efficient Compaction ToolDesigned for demanding work environments, this pneumatic rammer delivers exceptional compaction with its high-impact force and 125 mm piston stroke. The heavy-duty construction and cast iron body ensure long-lasting durability, while the ergonomic handle provides comfortable grip during extended operation.
User-Friendly and Easy MaintenanceMaintenance is simplified through an accessible design, enabling quick servicing with minimal downtime. Low noise levels enhance user comfort, making this tool suitable for indoor or extended use. The smooth, flat ramming surface guarantees even compaction results every time.
FAQs of Pneumatic Rammer:
Q: How do I operate the pneumatic rammer for optimal compaction results?
A: To achieve the best compaction, connect the rammer to a suitable compressed air supply (6 kg/cm), position the smooth flat base on the material, and apply steady pressure while activating the trigger. Move the tool evenly across the surface to ensure consistent compaction.
Q: What types of materials can this pneumatic rammer compact?
A: This pneumatic rammer is designed for compacting sand, soil, and castings, making it especially suitable for foundries and construction sites where such materials are commonly handled.
Q: When is the best time to perform maintenance on the rammer?
A: Perform maintenance at regular intervals or after prolonged use, as recommended in the product manual. Regular cleaning and inspection of moving parts will help maintain optimum performance and prolong tool life.
Q: Where can this pneumatic rammer be used effectively?
A: It can be effectively utilized in foundries, construction sites, and industrial workshops, wherever sand, soil, or casting compaction is required. Its robust design makes it suitable for both indoor and outdoor environments.
Q: What is the process for connecting the pneumatic rammer to an air compressor?
A: Connect the tools air inlet to a compatible compressed air supply using a secure hose fitting. Ensure the compressor delivers at least 6 kg/cm pressure and approximately 0.3 m/min airflow. Check for airtight connections before operation.
Q: How does the ergonomic rubber handle benefit the operator?
A: The ergonomic rubber grip provides comfort and reduces vibration during use, minimizing operator fatigue and enhancing control for precise compaction tasks.
Q: What are the advantages of choosing this pneumatic rammer over electric or manual alternatives?
A: This pneumatic rammer offers higher impact force, consistent speed (700 blows/min), easy maintenance, and durability due to its heavy-duty cast iron construction. It is also quieter and more efficient, especially in environments with available compressed air supply.