Bearing Bush with Both Side Bracket for Agarbatti Making Machine
Certainly! Here’s a detailed description of a Bearing Bush with Both Side Bracket used in an agarbatti making machine:
Bearing Bush with Both Side Bracket for Agarbatti Making Machine: Detailed Description
A bearing bush with both side bracket is a critical mechanical assembly used in agarbatti (incense stick) making machines to support rotating shafts and ensure smooth, stable, and efficient motion during the production process. This assembly combines a bearing bush, which reduces friction and wear between moving parts, with brackets on both sides to provide secure mounting and alignment.
What is a Bearing Bush with Both Side Bracket?
- Bearing Bush (or Sleeve Bearing):
A cylindrical lining typically made of materials like bronze, brass, or specially treated polymers designed to reduce friction between a rotating shaft and the stationary housing. It acts as a wear-resistant interface, protecting both the shaft and machine frame.
- Both Side Bracket:
Two support brackets fixed on either side of the bearing bush. These brackets firmly hold the bearing in place, maintaining the shaft’s alignment and preventing axial or lateral movement.
Together, this combination ensures that the rotating shafts in the agarbatti machine remain stable, aligned, and lubricated, which is vital for smooth operation and longevity of the machine.
Role and Importance in Agarbatti Making Machines
Agarbatti making machines involve several rotating components such as rollers, drums, and shafts that feed, coat, and roll the incense sticks. The bearing bush with both side bracket assembly plays a key role in:
- Supporting rotating shafts: It holds the shafts that drive rollers or coating drums, enabling smooth and consistent rotation.
- Reducing friction and wear: By minimizing metal-to-metal contact, it prolongs the life of shafts and machine parts.
- Maintaining shaft alignment: Both side brackets prevent shaft wobble or misalignment, which can cause uneven coating or mechanical failures.
- Absorbing loads and vibrations: The assembly helps to distribute mechanical loads evenly and dampen vibrations during high-speed operation.
- Simplifying maintenance: The bracket design allows easy removal and replacement of the bearing bush without dismantling major parts of the machine.
Key Features of Bearing Bush with Both Side Bracket
- Durable Material
Bearing bushes are usually made from high-quality bronze alloys or sintered metal composites, offering excellent wear resistance, low friction, and good thermal conductivity.
- Robust Brackets
The brackets are made from sturdy metals such as cast iron or steel, designed to withstand mechanical stresses and provide firm support.
- Precision Fit
The bush and brackets are machined to precise tolerances, ensuring perfect alignment and minimal clearance to reduce vibration and noise.
- Easy Installation
The both side bracket design facilitates quick mounting on the machine frame and secure housing of the bearing bush.
- Maintenance Friendly
The assembly can be lubricated regularly, and worn bushes can be replaced without major disassembly, reducing machine downtime.
Typical Application in Agarbatti Machines
In agarbatti manufacturing, the bearing bush with both side bracket supports shafts that drive:
- Coating drums where bamboo sticks are rolled with adhesive and powder.
- Roller assemblies that feed raw materials uniformly.
- Conveyor or feeder shafts ensuring smooth movement of sticks or powder.
By maintaining the correct shaft alignment and reducing friction, the assembly helps achieve uniform coating, consistent stick quality, and higher production efficiency.
Summary
The bearing bush with both side bracket is an essential mechanical assembly in agarbatti making machines that ensures smooth and stable rotation of shafts. It reduces friction and wear, maintains alignment, absorbs vibrations, and supports the mechanical loads during operation. Its durable construction and easy maintenance contribute significantly to the reliability and longevity of agarbatti manufacturing equipment.
Great! Here’s a suggested technical specification and some tips for sourcing bearing bush with both side bracket components for your agarbatti machine:
Technical Specifications (Typical)
Parameter |
Description |
Material (Bearing Bush) |
Bronze alloy (e.g., SAE 660), brass, or sintered metal composite with oil impregnation |
Material (Bracket) |
Cast iron, mild steel, or stainless steel |
Inner Diameter (ID) |
Based on shaft size, commonly 12mm to 40mm (customizable) |
Outer Diameter (OD) |
Sized to fit machine frame and bracket housing |
Length of Bush |
20mm to 60mm depending on shaft and load requirements |
Bracket Design |
Two side brackets with mounting holes for bolting on frame |
Load Capacity |
Suitable for moderate radial loads typical in agarbatti machines |
Lubrication |
Oil or grease lubricated; some bushes are self-lubricating (oil-impregnated) |
Operating Temperature |
Typically -20°C to 150°C (depending on material) |
Tolerance |
Precision machined for tight clearance (e.g., H7 fit) |
Sourcing Tips
- Local Industrial Suppliers:
Many local bearing and mechanical parts suppliers stock bronze bushes and mounting brackets. Check industrial hardware stores or machine parts distributors in your area.
- Custom Fabrication:
If standard sizes don’t match your machine, many machine shops can fabricate bearing bushes and brackets as per your precise dimensions.
- Online Industrial Marketplaces:
Platforms like IndiaMART, Alibaba, or industry-specific websites offer a wide range of bearing bushes and brackets with customizable options.
- Quality and Certification:
Choose components with proven wear resistance and quality assurance certifications. Look for brands with good reviews in industrial applications.
- Consult Manufacturer or OEM:
If possible, contact the original agarbatti machine manufacturer for recommended parts or compatible upgrades.
If you want, I can help draft a request for quotation (RFQ) or assist you with exact dimension drawings based on your machine specs. Just let me know!