T3 T25 Turbo Flange Turbo Manifold for toyota Starlet Ep82 4efte

Name: T3 T25 Turbo Flange Turbo Manifold for toyota Starlet Ep82 4efte
Brand: Shanghai Waystar Auto Parts Co., Ltd.
SKU: 60458205464_1
Price: 1.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Turbo Exhaust Manifold Integration: Designed to connect the Toyota Starlet EP82 4E-FTE engine's exhaust ports to the turbo system, optimizing gas flow and reducing backpressure for enhanced engine performance.
Turbo Compatibility: Features a T3/T25 flange configuration, enabling seamless integration with turbochargers to support high-performance modifications and power upgrades.

Key features

1. Corrosion-Resistant Stainless Steel Construction

With corrosion-resistant stainless steel construction, ensure long-lasting performance in extreme engine conditions*. (~30% more durable than carbon steel manifolds*)

2. Optimized Port and Flange Design

With optimized port and flange design, achieve seamless integration with engine configurations*. (Easier installation compared to generic manifolds*)

3. Reduced Backpressure for Enhanced Performance

With reduced backpressure design, boost engine efficiency and power output*. (~15% increase in power output compared to standard manifolds*)

4. Versatile Application Scenarios

With versatile application scenarios, suit both DIY upgrades and professional mechanical installations*. (Ideal for home enthusiasts and commercial workshops*)

5. Certified Sealing Components

With certified sealing components (gaskets and bolts), ensure leak-proof performance meeting automotive industry standards*. (Complies with ISO/SAE specifications*)

Product details

The T3 T25 Turbo Flange Turbo Manifold for Toyota Starlet Ep82 4efte is engineered for precision performance, combining corrosion-resistant materials with optimized gas flow design. Designed specifically for the Toyota 4E-FTE engine, this manifold reduces backpressure while ensuring seamless integration with turbo systems.

Technical specifications

Feature	Specification	Benefit
Material	Polished stainless steel (304/316 grade)	Corrosion resistance, high-temperature tolerance
Design	T3/T25 flange configuration	Optimized gas flow, reduced backpressure
Compatibility	Toyota Starlet Ep82 (4E-FTE engine)	Direct OEM fitment, no modification needed
Components	Includes gaskets, bolts, and seals	Leak-proof assembly, simplified installation

Customization guide

Adjustable gasket thickness and bolt length to accommodate varied engine bay dimensions. Custom flange angles available for turbocharger alignment optimization.

Get inspired

Upgrade your Toyota Starlet’s exhaust efficiency with a manifold that balances power delivery and durability. Ideal for daily drivers seeking subtle performance gains or racers demanding extreme heat resistance.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Backpressure Reduction	15% improvement	+25% over stock	+40%*
Temperature Resistance	900°C	1000°C	1200°C*
Material Grade	Stainless Steel 304	Stainless Steel 316	Inconel 625 overlay
Weight	8.5 kg	9.2 kg	10.1 kg

*Comparative benchmarks: 20% lighter than industry-standard cast iron manifolds.

Supplier's note

Technical Breakthroughs:
- The Pro Model’s Inconel 625 overlay achieves triple the corrosion resistance of standard stainless steel, enabling use in high-sulfur fuel environments.
- Advanced CFD-optimized flange angles reduce turbulence by 18%, enhancing turbo spool efficiency.
- Customizable gasket thickness accommodates ±2mm engine bay tolerances, eliminating forced fits.
Version Selection Guide:
- Base Model: Ideal for stock-to-lightly modified engines (≤200HP). Its 304 stainless steel provides cost-effective durability.
- Advanced Model: Targets performance enthusiasts (200–350HP). The 316 stainless steel and 25% backpressure reduction suit forced-induction setups.
- Pro Model: Engineered for extreme applications (≥400HP). The 1200°C tolerance and Inconel coating ensure reliability in racing or high-boost scenarios.

With optimized gas flow design, you can achieve faster turbo response. With Pro-grade Inconel coating, you can sustain extreme exhaust temperatures without material degradation.

Frequently asked questions

Which exhaust manifold suits high-performance Toyota Starlet Ep82 4efte engines?
How do I maintain the turbo flange and prevent leaks in the Toyota Starlet Ep82 manifold?
Stainless Steel vs Regular Steel: Why is it better for Toyota exhaust manifolds?
Can the T3 T25 Turbo Manifold be customized for non-stock engine configurations?
Is the Toyota Starlet Ep82 manifold compatible with aftermarket turbochargers?
Do I need additional parts for installation of the Toyota Starlet Ep82 turbo manifold?
How does the T3 T25 manifold improve engine efficiency for the Toyota Starlet Ep82?
What certifications or validations does the Toyota Starlet Ep82 manifold have?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Quality	Harsh Environments (Salt, Chemical Exposure)	Industry Standard: Carbon Steel (ASTM A36) Our Base: 304 Stainless Steel (ISO 9001) Our Advanced: 316L Stainless Steel (ASTM A240)	▲ Our Base: 50% higher corrosion resistance ▲▲ Advanced: 3x longer lifespan in corrosive environments	▲▲ Advanced: 20% higher cost vs. Industry Standard
Backpressure Efficiency	High-Performance Engines (Racing, Tuning)	Industry Standard: 25 kPa @ 6000 RPM Our Base: 18 kPa @ 6000 RPM Our Advanced: 12 kPa @ 6000 RPM	▲ Base: 28% lower backpressure ▲▲ Advanced: 52% lower backpressure	▲▲ Advanced: Requires compatible high-flow catalytic converter
Customization Flexibility	DIY Installation, Custom Engine Builds	Industry Standard: Generic Gaskets (No ISO Certification) Our Base: Graphite Composite Gaskets (ISO 14052) Our Advanced: 3D-Printed Custom Gaskets (ASTM F419)	▲ Base: 98% leak-proof seal ▲▲ Advanced: 100% custom fitment for non-standard engines	▲▲ Advanced: 30% longer installation time
Thermal Stability	High-Temperature Applications (Turbocharged Engines)	Industry Standard: 600°C Max (SAE J1939) Our Base: 850°C (ASTM E84) Our Advanced: 1050°C (ISO 13702)	▲ Base: 42% higher heat tolerance ▲▲ Advanced: Safe for E85/ethanol fuels	▲▲ Advanced: 15% heavier due to reinforced alloy
Installation Complexity	Professional/Amateur Mechanics	Industry Standard: 12+ bolts (No pre-assembled flanges) Our Base: 8 Pre-Threaded Bolts (ISO 2768) Our Advanced: Quick-Release Flanges (SAE J2224)	▲ Base: 30% faster installation ▲▲ Advanced: 50% fewer tools required	▲▲ Advanced: 20% higher part cost
Weight Optimization	Lightweight Vehicles (Hybrid/Electric)	Industry Standard: 12.5 kg (ISO 3833) Our Base: 10.2 kg (Alloy Core) Our Advanced: 8.1 kg (Titanium Composite)	▲ Base: 18% weight reduction ▲▲ Advanced: 35% lighter ▲▲▲ Advanced: 25% boost in fuel efficiency	▲▲ Advanced: 40% premium pricing