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Tubular Plate

Price 6 USD ($)/ Piece

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MOQ : 1 Piece

Tubular Plate Specification

Function
Electrochemical Storage

Storage Instructions
Store in Dry, Cool Place

Usage Type
Industrial

Accuracy
High

Features
Corrosion Resistance, Long Life, Excellent Electrical Conductivity

Instruments Type
Battery Plate

Shelf Life
Long Shelf Life

Equipment Type
Tubular Plate

Material
Lead Alloy

Condition
New

Technology
Tubular Technology

Portable
No

Wall Mounted
No

Real-Time Operation
No

Operating Type
Manual

Use
Battery Manufacturing

Dimension (L*W*H)
Customized

Weight
Standard/Customized

Color
Gray/Silver

End Plate Material
Pure Lead/Copper Insert

Service Life
Up to 1200 Cycles

Application
Inverter Batteries, Industrial Batteries, Solar Batteries

Separator Type
Compatible with PVC/Synthetic Separator

Manufacturing Technique
High Pressure Casting

Grid Design
Multi-tube Structure

Length (mm)
Upto 600 mm (as per requirement)

Operating Temperature Range
-20°C to 50°C

Diameter of Tubes
Optimized for Capacity

Maintenance
Low Maintenance

Compatibility
Lead Acid Batteries

Performance
Deep Discharge Capability

About Tubular Plate

The Tubular Plate from Advin Health Care is engineered for effective fracture management in trauma surgery. Its design allows for easy contouring to match the bone surface, providing strong stabilization while minimizing tissue irritation. The plate is lightweight yet durable, suitable for use in various long bones such as the humerus, radius, and ulna. Surgeons can achieve precise fixation, reducing recovery time and promoting optimal bone healing.

Advanced Features:

Available in multiple sizes and lengths for different fracture types
Lightweight design for easier handling during surgery
High-strength surgical-grade material ensures durability
Compatible with standard screws used in orthopedic procedures
Contourable to match patient-specific bone anatomy

Advanced Tubular Plate Technology

Our tubular plates use sophisticated tubular technology combined with a multi-tube grid design, ensuring high energy efficiency and excellent electrical conductivity. The construction supports superior corrosion resistance and allows for deep cycle use, making them perfect for demanding industrial environments.

Customizable for Diverse Battery Requirements

Tailored in lengths up to 600 mm and optimized tube diameters, these plates are customized to suit various battery designs, from inverters to solar and industrial batteries. The adaptability in dimensions and material allows you to meet specific project or manufacturing needs with consistency and precision.

Reliability and Longevity in Operation

Engineered for long life and reduced maintenance, the tubular plates can endure up to 1200 cycles. Their robust design and corrosion-resistant properties ensure steady performance, even under extreme temperatures and heavy load conditions, providing exceptional shelf life and operational stability.

FAQ's of Tubular Plate:

Q: How does the tubular plate's grid design enhance battery performance?

A: The tubular plate's multi-tube grid design increases the effective surface area, allowing for better electrical conductivity and uniform charge distribution. This results in higher efficiency, improved deep discharge capability, and a longer operational life for the battery.

Q: What types of batteries are these tubular plates suitable for?

A: These plates are ideal for use in inverter batteries, industrial batteries, and solar batteries. They are specifically designed to be compatible with lead-acid battery technology and can be customized to fit a variety of battery manufacturing needs.

Q: When should I use tubular plates in my battery manufacturing process?

A: Tubular plates should be used when your battery application requires high durability, deep discharge capability, and low maintenance. They are recommended for environments where sustained performance and long service life are essential, such as backup power and renewable energy storage.

Q: Where are these tubular plates commonly applied?

A: These plates are widely applied in the manufacture of batteries for inverters, industrial machinery, and solar energy storage systems. Their robust design makes them suitable for heavy-duty and continuous use in industrial and commercial settings.

Q: What is the manufacturing process for these tubular plates?

A: The plates are produced using high pressure casting techniques, ensuring precise formation of the multi-tube structure. This process enhances the mechanical strength and electrical conductivity of the plates, supporting consistent quality across batches.

Q: How should tubular plates be stored for optimal shelf life?

A: Tubular plates should be stored in a dry, cool location to prevent premature corrosion and degradation. Proper storage helps maintain their shelf life, ensuring high performance when integrated into new battery systems.

Q: What benefits do tubular plates offer over traditional flat plates?

A: Tubular plates provide superior corrosion resistance, longer service life, and better deep discharge recovery compared to flat plates. Their grid design enhances cycling stability and electrical output, making them ideal for high-demand and industrial applications.

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