FRP Oblate Tanks Factory Leading China Suppliers of Industrial Fiberglass Vessels
Jrain's Oblate Tanks represent a breakthrough in fiberglass reinforced plastic (FRP) engineering, specifically designed to overcome the logistical challenges of transporting oversized industrial vessels. Utilizing sophisticated production techniques, these tanks are manufactured in compressed sections at our workshop and meticulously unfolded and bonded at the job site, ensuring seamless integration and superior structural integrity.
By combining the inherent corrosion resistance of high-grade FRP with a modular, transportable design, Jrain provides a cost-effective solution that significantly reduces project timelines and minimizes on-site labor. Whether for chemical storage or industrial processing, our oblate tanks offer the perfect balance of workshop-quality fabrication and field-installation flexibility.
Detailed Parameters
| Resin Systems | VE Resin, Iso Resin | Reinforcement Materials | E-Glass, ECR Glass, Carbon Veil |
|---|---|---|---|
| Surface Veils | C-veil, Synthetic veil, Carbon veil | Structural Layers | Mat, Roving |
| Curing Systems | MEKP or BPO/DMA | Construction Methods | Helically-wound, Chop-hoop, Hand lay-up |
| Standard: ASME | ASME RTP-1 | Standard: ASTM | ASTM D3299, ASTM D4097 |
| Standard: BS EN | BS EN 13121 | Service Capability | Workshop fabrication & Field bonding |
Key Advantages
Logistics Solution
Eliminates road transportation constraints for oversized tanks through innovative compressed shell technology.
Rapid Deployment
Shortens total project schedules by maximizing workshop fabrication and minimizing complex field work.
Cost Efficiency
Reduces overall expenses by optimizing transportation costs and reducing on-site labor hours.
High Precision
Components are fabricated in a controlled workshop environment for maximum quality control.
Expert Installation
Dedicated construction teams ensure professional field bonding and precise final assembly.
Global Standards
Fully compliant with ASME, ASTM, and BS EN standards for industrial safety and durability.
Product Gallery
Management Platforms
Material Control
Strict auditing of VE/Iso resins and glass fibers to ensure raw material purity.
Process Monitoring
Advanced oversight of helical winding and hand lay-up stages for uniform thickness.
Quality Inspection
Rigorous testing against ASME and ASTM standards before shells leave the workshop.
Logistics Planning
Strategic coordination for the transport of compressed sections to remote sites.
Field Coordination
Dedicated project managers overseeing site unfolding and bonding procedures.
Post-Service Audit
Comprehensive verification of installation integrity and operational performance.
Investment Return Comparison
| Comparison Item | Conventional FRP Tanks | Jrain Oblate Tanks |
|---|---|---|
| Transport Costs | High (Oversized Permits) | Low (Standard Freight) |
| On-site Labor | Extensive Field Work | Minimized Assembly |
| Installation Time | Lengthy Construction | Rapid Deployment |
| Quality Control | Variable Field Quality | Controlled Workshop Quality |
| Project Risk | High Logistics Risk | Low Transport Risk |
Frequently Asked Questions
An Oblate Tank is a specialized FRP vessel manufactured in compressed sections at the workshop. These shells are transported efficiently and then unfolded and bonded at the job site, solving the problem of transporting massive, single-piece tanks over roads.
Our products are manufactured in strict accordance with global standards, including ASME RTP-1, ASTM D3299, ASTM D4097, and BS EN 13121 to ensure maximum safety and longevity.
Yes, Jrain has a professional construction team consisting of experienced project managers, coordinators, and inspectors who provide complete field bonding and installation services.
We utilize a combination of high-performance VE and Iso Resins, along with C-veil, Synthetic veil, and Carbon veil, supplemented by E-Glass and ECR Glass to provide superior corrosion resistance.
Costs are reduced by eliminating the need for expensive oversized cargo transport permits and reducing the amount of high-cost labor required for on-site fabrication.
We employ a sophisticated mix of helical winding, chop-hoop, and hand lay-up construction techniques to ensure the tanks meet the specific pressure and structural requirements of the application.