Cooling tower fills also known as the surface or the wet deck is a medium that utilizes parts of the cooling tower in order to build its surface region. An extended surface territory considers the most extreme contact between the water and air which takes more prominent dissipation rates.
- Furnace Lining Ramming Equipment
- Pneumatic Furnace Lining Machine
Pneumatic Furnace Lining Machine
The Pneumatic Furnace Wall Vibrator is a compressed air-driven compaction tool designed for refractory lining installation in industrial furnaces. It utilizes pneumatic hammers to generate high-frequency, high-amplitude vibration, which ensures uniform compaction of refractory materials against the furnace wall. The number of hammers typically ranges from 2 to 5, allowing flexible adaptation to different furnace diameters. Compared to manual ramming, the pneumatic vibrator significantly improves lining density, eliminates air voids, and enhances furnace wall integrity, making it an efficient and reliable solution for furnace building applications.
(0) Reviews
Product Description
Key Advantages:
High Compaction Efficiency : Pneumatic hammers deliver strong and consistent vibration force, achieving uniform lining density much faster than manual methods.
Adjustable for Different Furnace Sizes : Available with 2, 3, 4, or 5 hammers to suit small to large furnace diameters.
Simple & Reliable Operation : Driven by compressed air with no complex electronics, ensuring stable performance in harsh industrial environments.
Reduced Labor Intensity : Significantly lowers operator fatigue compared to manual ramming, allowing one person to handle the job.
Low Maintenance : Rugged pneumatic design with few wearing parts, easy to maintain with regular lubrication and air line checks.
Cost-Effective : Lower initial investment and operating costs compared to electric or fully automatic systems, while still delivering excellent compaction results.
Major Applications:
Application:General-purpose refractory lining compaction for furnace walls, suitable for small to medium furnaces and cost-sensitive projects.
Industries:Foundries, induction furnace smelting workshops, metal recycling plants, and small and medium-sized smelting enterprises
Working Principle
The working principle of the Pneumatic Furnace Wall Vibrator is based on compressed air driving multiple pneumatic hammers to generate high-frequency impact force for refractory compaction.
Step-by-Step Process:
Compressed Air Supply : Compressed air (typically 0.6–1.2 Mpa) is fed into the vibrator through an air hose.
Pneumatic Hammer Activation : The air drives pistons inside each pneumatic hammer, creating rapid reciprocating motion.
High-Frequency Impact : The hammer heads strike the furnace wall or mold surface at frequencies of 150–200 Hz, generating excitation force ranging from 1300N to 2800N per hammer.
Material Compaction : The vibration energy transfers through the mold to the refractory material, rearranging particles and eliminating air voids to achieve uniform density.
Manual or Automatic Adjustment : The operator manually positions the hammers (or the system auto-adjusts) to maintain optimal contact with the furnace wall as lining thickness changes.
Customer reviews:
Easy Operation、Strong Excitation、Rugged & Durable、Air Saving、Wide Adjustment、Dense Compaction、High Value、Low Failure Rate
Product Parameters
| Surface Treatment | Painted | Fuel | Gas |
| Range of Applications | Industrial | Type | Furnace Heat Pipe |
| Transport Package | Cartons | Specification | 2-60t |
| Trademark | CASEN | Origin | China |
| HS Code | 84748090 | Production Capacity | 200sets/Month |
| Model | Number of Pneumatic Hammers | Air Consumption (per hammer, m³/min) | Design Air Pressure (Mpa) | Excitation Force (N) | Vibration Frequency (Hz) | Adjustment Range (mm) |
| KLQ-Z-E (Manual) | 2 | 0.3 | 0.5-0.7 | 1270-1780 | 195 | 0-230 |
| KLQ-D-E (Manual) | 2 | 0.4 | 0.6-0.8 | 1780-2290 | 114 | 0-280 |
| KLQ-Z-S (Manual) | 3 | 0.3 | 0.5-0.7 | 1270-1780 | 195 | 0-230 |
| KLQ-D-S (Manual) | 3 | 0.4 | 0.6-0.8 | 1780-2290 | 114 | 0-280 |
| KLQ-D-F (Manual) | 4 | 0.4 | 0.6-0.8 | 1780-2540 | 114 | 0-280 |
| KLQ-D-W (Manual) | 5 | 0.4 | 0.6-0.8 | 1780-2540 | 114 | 0-280 |
FAQ
-
Q1: What is the difference between manual and fully automatic models?
A:Manual requires operator positioning of hammers; automatic self-adjusts. Manual offers better cost performance.
-
Q2:What is the difference between KLQ-Z and KLQ-D series?
A:KLQ-Z has higher frequency (195Hz). KLQ-D has stronger excitation force (up to 2540N) and wider adjustment range (280mm).
-
Q3. What air pressure is required?
A:KLQ-Z series: 0.5-0.7Mpa. KLQ-D series: 0.6-0.8Mpa.
-
Q4. How to choose the number of hammers?
A:2-3 hammers for small/medium furnaces. 4-5 hammers for large furnaces.
-
Q5. What daily maintenance is needed?
A:Add lubricating oil before and after use. Check air hose connections regularly.
Review
Write A Review
Inquiry Now
Related Products
Made of high-purity copper tube material, it boasts excellent thermal conductivity, far superior to ordinary carbon steel and aluminum tubes. It can quickly realize heat exchange between cold and hot media, greatly improving the refrigeration efficiency of cooling towers and evaporative condensers while reducing the system's operating energy consumption.
Professional China-based manufacturer of axial flow water cooling tower fans with high airflow, low noise, and energy-saving performance. Custom sizes, materials, and motors available. CE/ISO certified, reliable for industrial cooling systems. Competitive factory price, stable quality, on-time delivery for global OEM & wholesale partners.
Evapco High Efficient Drift Eliminator for Water Cooling Tower
The Electric Furnace Builder is a portable, hand-operated compaction tool for small to medium induction furnaces (up to 2 tons). Powered by a 150W electric motor with adjustable excitation force (0-2000N) and fixed frequency (48Hz / 2900 Rpm). It replaces manual ramming for refractory lining installation.
The Pneumatic Furnace Wall Vibrator is a compressed air-driven compaction tool designed for refractory lining installation in industrial furnaces. It utilizes pneumatic hammers to generate high-frequency, high-amplitude vibration, which ensures uniform compaction of refractory materials against the furnace wall. The number of hammers typically ranges from 2 to 5, allowing flexible adaptation to different furnace diameters. Compared to manual ramming, the pneumatic vibrator significantly improves lining density, eliminates air voids, and enhances furnace wall integrity, making it an efficient and reliable solution for furnace building applications.