Toyota 10G Fuel Tank Roto Moulding

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MOQ : 1 Unit

Toyota 10G Fuel Tank Roto Moulding Specification

Cavity
Single Cavity

Mold Base
Standard Mold Base

Life Span
More than 100,000 shots

Precision
High Precision

Molding Material
PE / HDPE / LLDPE (as required for fuel tanks)

Tolerance
0.05 mm

Shaping Mode
Rotational Moulding

Material
Aluminium Alloy

Type
Automotive Fuel Tank Mold

Surface Treatment
Polished

Weight
Approx. 180-250 kg (varies with design)

Size
Custom as per Toyota 10G Fuel Tank specifications

Hardness
HRC 45-55

Cooling System
Integrated Cooling Channels

Lead Time
3-4 Weeks

Color
Silver

Operation
Manual/Automatic Compatible

Maintenance
Low Maintenance

Manufacturing Process
High Temperature Resistant Roto Moulding

Product Code
TT10G-RTM

Compatibility
Designed for Toyota 10G Models

Design Software
CAD/CAM Optimized

Packing
Wooden Case/Export Standard Packing

Application
Automotive Fuel Tank Production

Production Capacity
Up to 15,000 units per month

Finish
Mirror Finish

Toyota 10G Fuel Tank Roto Moulding Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Toyota 10G Fuel Tank Roto Moulding

Experience the ultimate in automotive precision with the Toyota 10G Fuel Tank Roto Moulding-an acclaimed product delivered for a limited time to discerning manufacturers. Crafted from rare, premium aluminium alloy, this pristine mold boasts a mirror finish and is optimized through advanced CAD/CAM design. Its integrated cooling system ensures high-temperature resistance, while low-maintenance practicality makes it ideal for rapid, large-scale fuel tank production. Compatible with both manual and automatic operations, this prime solution offers a lead time of only 3-4 weeks and comes securely packed for export. Suitable for Toyota 10G models, it guarantees rare precision and unparalleled longevity, exceeding 100,000 shots.

Extraordinary Features and Versatile Applications

The Toyota 10G Fuel Tank Roto Moulding features advanced integrated cooling channels, a mirror-polished finish, and precise engineering to achieve a high-quality automotive fuel tank mold. Its application spans automotive OEMs and fuel tank manufacturers seeking low maintenance, longevity, and unmatched tolerance accuracy. Commonly used for producing reliable fuel tanks for Toyota 10G models, it fulfills the demands of mass manufacturing while maintaining ultimate molding precision. Its single cavity and custom size capability ensure exact fit and function.

Export Market Logistics and Secure Shipping

The Toyota 10G Fuel Tank Roto Moulding is tailored for the export market, shipped securely via FOB Port India. With a robust monthly supply ability of up to 15,000 units, manufacturers benefit from swift and consistent delivery. Each mold is packed in a wooden case, meeting export standard packing for safe transit. Payment terms are structured to manage expenditure efficiently, ensuring a smooth transaction from order placement to global shipment for every premium export client.

FAQ's of Toyota 10G Fuel Tank Roto Moulding:

Q: How is the Toyota 10G Fuel Tank Roto Moulding manufactured?

A: The mold is produced using high temperature resistant rotational moulding with advanced CAD/CAM software, providing a pristine, polished finish and high dimensional accuracy.

Q: What materials can be used with this fuel tank mold?

A: It is compatible with PE, HDPE, or LLDPE-materials specified for optimal fuel tank manufacturing in automotive applications.

Q: When can I expect delivery after placing an order?

A: Lead time for the Toyota 10G Fuel Tank Roto Moulding is typically 3-4 weeks from order confirmation.

Q: Where can this mold be used?

A: It is specifically designed for manufacturing fuel tanks for Toyota 10G models and is suited for automotive OEMs and suppliers worldwide.

Q: What is the primary benefit of using this roto moulding mold?

A: The primary benefit is its high precision and longevity, capable of over 100,000 shots, ensuring reliable, consistent production with low maintenance requirements.

Q: How does the integrated cooling system enhance the process?

A: The integrated cooling channels enable rapid, high-temperature resistance and efficient mold cooling, resulting in faster cycles and improved product quality.