If you operate a Bajaj RE fleet or import auto-rickshaw spare parts, you already know the central sourcing dilemma:

Buy OEM parts from India at premium prices with long lead times, or gamble on cheaper aftermarket alternatives that may not hold up under daily 15-hour operation.

This guide is written for professional buyers — importers, fleet managers, and parts distributors — who need a structured approach to sourcing Bajaj RE spare parts. We cover the full picture: OEM limitations, aftermarket quality tiers, the China vs India supplier landscape, and the reverse engineering option that most buyers don’t know exists.

1. The Bajaj RE Parts Ecosystem: What You’re Actually Buying

Before discussing where to buy, understand what you’re buying. Bajaj RE parts fall into four categories with very different sourcing logic:

Category A: Wear-and-Tear Consumables

Brake shoes, clutch plates, filters, chains, sprockets, cables, tires

These are replaced on fixed schedules (every 10,000–30,000 km depending on operating conditions). They represent 60–70% of a fleet’s annual parts spend and offer the largest cost reduction opportunity through aftermarket sourcing.

Sourcing recommendation: Aftermarket is almost always the right call — if you choose the right spec. A brake shoe for Lagos (sand, heat, humidity) needs different friction formulation than one for Bangkok. This is where most generic aftermarket purchases fail.

Category B: Core Mechanical Components

Carburetors, gearboxes, cylinder kits, crankshafts, camshafts

These are long-life components that fail due to wear or contamination. They’re high unit cost ($30–$200 per piece) and quality variance between suppliers is enormous.

Sourcing recommendation: OEM or reverse-engineered equivalents from verified manufacturers — not generic aftermarket. The price difference between a properly reverse-engineered carburetor and a generic copy is $8–12, but the cost of failure (stranded vehicle, lost revenue, reputation damage) is $200+ per incident.

Category C: Body and Structural Parts

Frames, body panels, mudguards, seats, windshields

Low technical complexity but high logistics cost due to volume. Often sourced locally after the initial vehicle purchase.

Sourcing recommendation: Source domestically or regionally unless containerizing with other parts. The shipping cost often exceeds the part cost.

Category D: Electrical and Fuel System

Ignition coils, CDI units, starter motors, fuel pumps, voltage regulators

Sensitive to voltage fluctuations and environmental conditions. Counterfeit electrical parts are the #1 cause of roadside breakdowns in markets with unreliable fuel quality and power supply.

Sourcing recommendation: Never buy the cheapest option. Look for surge-protected designs and fuel-resistant sealing — especially if your market uses ethanol-blended or high-sulfur fuel.

2. OEM vs Aftermarket: The Numbers Behind the Decision

Here’s what the data shows across 200+ fleet operators we’ve worked with:

For a fleet of 100 auto-rickshaws, switching from OEM to quality aftermarket parts saves $8,000–$13,000 per year — assuming the aftermarket parts meet performance standards.

The catch: not all aftermarket parts meet performance standards. The difference between a quality Tier 1 aftermarket part and a generic copy is measured in material specifications, not price.

The Material Quality Gap

A Bajaj RE 205 carburetor body is specified as zinc-aluminum alloy with precision-machined metering circuits. A generic aftermarket copy might use recycled zinc with oversized tolerances — visually identical, functionally unreliable after 6 months.

What to look for in Tier 1 aftermarket:

The key insight: Tier 1 aftermarket parts designed for specific operating conditions (tropical humidity, desert dust, high-altitude) can actually outperform OEM parts that were designed for Indian domestic conditions.

3. India vs China: The Sourcing Geography Decision

Most Bajaj RE parts buyers default to Indian suppliers — understandable, since Bajaj is an Indian manufacturer. But this assumption deserves scrutiny.

India-Sourced Parts: Strengths and Limitations

Strengths:

• Direct access to OEM and OEM-surplus parts
• Established export infrastructure for auto components
• Familiarity with Bajaj RE model variants

Limitations:

• OEM parts are priced for the domestic Indian market’s tariff-protected structure — export pricing often carries 15–30% premium
• Aftermarket manufacturing in India is fragmented — quality control varies dramatically between workshops
• Lead times for non-stock items: 4–8 weeks
• Limited reverse engineering capability — most Indian suppliers are distributors, not manufacturers

China-Sourced Parts: The Untold Story

Most buyers don’t realize that Chongqing — not Delhi or Pune — is the world’s largest motorcycle parts manufacturing cluster. With 410+ standardized factories and a 70-year metalworking heritage, Chongqing produces parts at economies of scale that individual Indian workshops cannot match.

What China does well for Bajaj RE parts:

• Reverse-engineered equivalents: Chongqing factories have been doing import-substitution reverse engineering since the 1990s — originally for German Knorr-Bremse truck brake components, now applied to motorcycle and auto-rickshaw parts. A Bajaj RE 205 carburetor can be reverse-engineered, tooled, and sample-delivered in 30 days.
• Material upgrades: Chinese Tier 1 suppliers routinely exceed OEM material specifications — nickel-plated carburetor bodies, FKM seals for ethanol fuel, shot-peened gear teeth for fatigue resistance.
• Market-specific customization: A supplier who understands your market (Lagos humidity, Lima altitude, Dubai heat) can adjust materials and treatments accordingly — something OEM parts never offer.
• Price advantage: 40–60% below OEM, with quality parity when sourced from certified manufacturers (IATF16949, ISO 9001).
• FOB delivery: Chongqing → major ports worldwide in 15–25 days.

What to verify when sourcing from China:

• Is the supplier a manufacturer or a trading company? (Both can be legitimate — but understand who controls quality)
• Does the supplier have IATF16949 or ISO 9001 certification?
• Can they provide salt spray test reports, material certificates, and dimensional inspection data?
• Do they accept sample orders (50–100 pcs) for quality verification before bulk commitment?

4. Quality Verification: The 7-Point Checklist

Before placing a bulk order with any Bajaj RE parts supplier — in India, China, or anywhere else — run this checklist:

✅ 1. Material Certificate

Request material composition certificates for critical components. A carburetor body should specify zinc-aluminum alloy grade. A gear should specify steel grade (e.g., 16MnCr5, 20CrMnTi). If the supplier cannot provide this, they don’t control their material sourcing.

✅ 2. Dimensional Inspection Report

For any reverse-engineered or aftermarket part, request a dimensional comparison report against the OEM original. Tolerance should be within ±0.05mm for precision components.

✅ 3. Salt Spray Test (Corrosion Resistance)

Critical for tropical and coastal markets. Request a salt spray test report: Standard parts: ≥72 hours. Tropical/humid markets: ≥120 hours. Coastal/desert markets: ≥240 hours.

✅ 4. Durability / Life Cycle Test

For wear components (brake shoes, clutch plates, chains), request cycle test data. A brake shoe should show consistent coefficient of friction across its rated temperature range (100–400°C for heavy-duty aftermarket).

✅ 5. Factory Audit or Third-Party Inspection

IATF16949 certification is the gold standard for automotive parts manufacturing. If visiting isn’t possible, hire a third-party inspection service (SGS, Bureau Veritas, TÜV). Request photos of the actual production line for your order — not stock photos.

✅ 6. Trial Order Before Bulk Commitment

Always start with 50–100 pcs for real-world testing in your market conditions. This is the only way to verify that lab-tested specifications translate to actual road performance.

✅ 7. Batch Traceability

Every batch should be traceable to production date, shift, and inspector. This is not just about accountability — it’s about being able to isolate and resolve issues without recalling entire shipments.

5. MOQ, Pricing, and Lead Time Benchmarks

Realistic benchmarks based on current market data (2026):

Negotiation tips for B2B buyers:

• MOQ is usually flexible on first orders — suppliers want to prove their quality
• FOB pricing already includes local transport and export documentation
• Payment terms: 30% deposit + 70% before shipment is standard for new relationships. After 3+ successful orders, negotiate T/T 30–60 days
• Always clarify whether the quoted price includes market-specific treatments (anti-corrosion coating, upgraded seals, special packaging)

6. The Reverse Engineering Option: When Standard Parts Don’t Work

Here’s a scenario we see frequently:

A distributor in Kenya imports Bajaj RE 205 carburetors from India. They work adequately but fail after 8–10 months — the high-sulfur Kenyan fuel corrodes the standard brass components. The distributor asks the Indian OEM supplier for a sulfur-resistant version. The answer: We don’t do customization.

This is where reverse engineering changes the sourcing equation. The process works like this:

1. Client sends an original OEM sample to the manufacturer
2. Engineering team performs 3D scanning, material analysis, and dimensional measurement
3. Within 24 hours, client receives: reverse-engineering plan + tooling cost + FOB quotation
4. In-house mold workshop produces tooling (7–15 days)
5. First article sample delivered with full inspection report and OEM benchmarking data
6. Client confirms sample → mass production → delivery

What reverse engineering can do that standard OEM/aftermarket cannot:

• Substitute materials for specific market conditions (sulfur-resistant alloys for Africa, high-temp seals for Middle East)
• Modify designs to address known OEM failure points
• Create parts for discontinued or rare model variants
• Produce enhanced OEM-equivalent parts that outperform originals in specific operating environments

The key question to ask a reverse-engineering supplier: Can you show me what original equipment you’ve reverse-engineered before, and the test data? If a supplier claims reverse-engineering capability but can’t name specific projects or show comparative test reports, walk away.

7. Frequently Asked Questions

Q: Is it legal to import aftermarket Bajaj RE parts?

A: Yes. Aftermarket spare parts are legal in virtually all markets, as long as they are not counterfeit (i.e., not sold under the Bajaj trademark). Aftermarket parts are sold under the supplier’s own brand or as unbranded equivalents. The key legal distinction: aftermarket = compatible, not counterfeit.

Q: What certifications should I look for?

A: For the manufacturer: IATF16949 (automotive quality management) or ISO 9001. For the parts: depending on your market, additional certifications may be required — SONCAP (Nigeria), PVoC (Kenya), SNI (Indonesia), GSO (GCC countries). A professional supplier will know what’s required for your market.

Q: How do I avoid counterfeit parts?

A: Counterfeit parts use the Bajaj logo and packaging but are not manufactured by Bajaj. Red flags: price too good to be true, no material certificates, no batch traceability, no factory audit possible. Legitimate aftermarket parts are sold transparently as compatible equivalents, not as Bajaj genuine.

Q: What’s a realistic sample-to-bulk timeline?

A: Standard aftermarket parts: 7–15 days for samples, 15–30 days for bulk. Reverse-engineered parts: 30 days for first article, 45–60 days for bulk production ramp-up. Rush orders are possible but expect 15–25% premium.

Q: Can I mix different parts in one container?

A: Absolutely. Most B2B buyers consolidate 5–15 different part numbers into a single FCL (20ft or 40ft container). This optimizes per-unit shipping cost. A 20ft container can hold approximately 8,000–12,000 carburetor-sized units.

8. Next Steps for Professional Buyers

Sourcing Bajaj RE spare parts doesn’t need to be a gamble. The right approach:

1. Audit your current spend: Which part categories consume the most budget? Start there.
2. Identify your market’s specific conditions: Humidity, temperature, fuel quality, road conditions — these determine the required specifications.
3. Request samples from 2–3 qualified suppliers with documented quality systems.
4. Test in real conditions before scaling to bulk orders.
5. Build a long-term supplier relationship — the best pricing, priority production slots, and market-specific customization come from partnership, not one-off transactions.

This guide was produced by the technical team at Chongqing Xinfumai Metal, a specialized exporter and reverse-engineering partner for Bajaj RE, TVS, and auto-rickshaw spare parts. We operate through a strategic cooperative manufacturing base with IATF16949 certification and 30+ years of automotive component manufacturing heritage.

Send us your parts list or an original sample, and within 24 hours you will receive a technical assessment, market-specific specification recommendations, FOB pricing, and lead time quotation.

CKD & SKD Assembly Parts: A Complete Sourcing Guide for Three-Wheeler Manufacturers

If you operate a three-wheeler assembly plant in Nigeria, Bangladesh, Egypt, or Peru, you have almost certainly evaluated — or are evaluating — CKD (Completely Knocked Down) or SKD (Semi Knocked Down) sourcing from China. The economics are compelling: import duties on CKD kits are typically 50–70% lower than on fully built units (CBU), and local assembly creates jobs that governments reward with tax incentives.

But CKD/SKD sourcing comes with its own complexities. This guide explains the models, the cost structure, quality control, logistics, and what to look for in a Chinese factory partner capable of supplying complete knocked-down kits for three-wheelers — based on our experience at Chongqing Xinfumai Metal.

What Are CKD and SKD Kits?

CKD — Completely Knocked Down

A CKD kit is a vehicle shipped as a complete set of disassembled parts. Every component — frame, engine, transmission, suspension, body panels, electrical harness, fasteners — arrives in separate packaging, organized by assembly station. The importing company performs 100% of the assembly locally: welding the chassis, mounting the engine, installing the wiring harness, fitting body panels, and performing final quality checks.

CKD is the preferred model when:

• You have a well-equipped assembly facility with trained technicians, jigs, and torque tools.
• Your government offers significant import duty reductions for CKD — typically 5–15% vs 35–60% for CBU.
• You want maximum local value addition (for government compliance or branding).
• You plan to localize components gradually (e.g., start by local-sourcing tires, batteries, seats, and glass).

SKD — Semi Knocked Down

An SKD kit ships the vehicle in partially assembled modules. For example, the engine may arrive fully assembled and tested; the chassis may arrive welded but unpainted; the front fork assembly may arrive as a complete sub-assembly. The importing company performs final assembly — mounting the engine to the frame, connecting the wiring harness, installing wheels, and fitting body panels.

SKD is the preferred model when:

• Your assembly facility is still scaling up and lacks equipment for engine or transmission sub-assembly.
• You need faster assembly throughput — SKD assembly takes 40–60% less time per unit than CKD.
• You want to reduce quality risk on precision sub-assemblies (engines, transmissions) by having them built and tested at the source factory.
• Your government still grants duty concessions for SKD, even if slightly less favorable than CKD.

CKD vs SKD: Key Differences at a Glance

Advantages of CKD/SKD Sourcing for Three-Wheeler Assembly

Beyond the headline duty savings, CKD/SKD sourcing from China delivers structural advantages that compound over time:

• Cash flow optimization: CKD kits typically cost 30–40% less FOB per unit than an equivalent CBU three-wheeler from the same factory. Combined with lower duties, your landed cost per unit can be 45–55% below CBU import costs — freeing working capital for dealer networks and marketing.
• Brand building: When you assemble locally, the vehicle carries your brand, not the Chinese factory’s. This is critical for long-term market positioning in Nigeria, Bangladesh, and other markets where local brands command loyalty.
• Aftermarket capture: Assembly plants naturally become spare parts distribution hubs. Every vehicle you assemble creates 5–10 years of captive aftermarket demand — which you can fulfill with factory-direct spare parts from the same Chinese supplier.
• Government relations: CKD assembly creates local employment (typically 20–50 jobs per assembly line). This opens doors to tax holidays, subsidized industrial land, and preferential government fleet procurement.
• Gradual technology transfer: Starting with SKD and transitioning to CKD over 2–3 years allows your workforce to develop skills incrementally without a steep learning curve.

How to Source CKD/SKD Kits from Chinese Factories

Step 1: Define Your Assembly Model

Before approaching suppliers, decide:

• Vehicle platform: Which three-wheeler model are you building? Bajaj RE 4S, RE 205D (diesel), TVS King, Atul Shakti, or a custom specification?
• Knockdown level: Pure CKD, SKD with engine/transmission assembled, or a hybrid (CKD for body/chassis, SKD for powertrain)?
• Annual volume: 500, 2,000, or 5,000+ units per year? This determines whether the factory will customize your kit or offer a standard specification.
• Local content roadmap: Which components will you localize, and in what order? Tires, batteries, seats, and glass are usually first; body panels and wiring harnesses follow.

Step 2: Evaluate Factory Capabilities

A factory that can supply individual spare parts cannot necessarily supply a complete CKD kit. Look for:

• Complete BOM (Bill of Materials) coverage: The factory should manufacture or have reliable tier-1 supply relationships for at least 85% of the vehicle’s parts. The remaining 15% (tires, instruments, batteries) are typically drop-shipped from specialist suppliers.
• Assembly-line testing: The factory should test-run complete vehicles before disassembly — this catches integration issues (wiring harness routing, brake line clearance, panel fit) that individual part QC cannot detect.
• Kit documentation: Each CKD container should ship with a detailed packing list organized by assembly station, an assembly manual with torque specifications, and a complete BOM with part numbers cross-referenced to spare parts catalogs.
• Engineering support: The factory should provide remote technical support (WeChat/WhatsApp video calls) during your first assembly runs and be willing to send a technician for on-site training if volumes justify it.

Step 3: Negotiate the Commercial Terms

CKD/SKD pricing is negotiated differently from spare parts pricing:

• Kit price vs part-by-part price: A complete CKD kit typically carries a 5–10% premium over the sum of individual parts because of the added labor of disassembly, organized packing, and documentation. Make sure this is transparent in the quotation.
• Tooling amortization: If you need custom body panels or unique chassis modifications, tooling costs (stamping dies, welding jigs) range from USD 8,000–30,000 depending on complexity. Clarify whether tooling is amortized over the first production batch or billed separately.
• Payment terms: Industry standard for CKD orders is 30% TT advance with order, 70% before shipment (or against copy of BL). For repeat orders above USD 100,000, negotiate 30% advance, 70% at sight LC.

Quality Control Framework for CKD/SKD Shipments

Quality control for CKD kits must happen at three stages:

We strongly recommend hiring a third-party inspection agency (SGS, Bureau Veritas, or TÜV Rheinland) for pre-shipment inspection on your first 2–3 CKD orders. The cost — typically USD 400–800 per man-day — is negligible compared to the cost of discovering missing or damaged parts after your container reaches Lagos or Chittagong.

Shipping and Logistics Considerations

• Container optimization: A well-designed CKD packing plan for a Bajaj RE three-wheeler can fit 12–16 units in a 40′ HC container. SKD typically fits 6–10 units. Work with your supplier to maximize density — every additional unit per container reduces your landed cost per unit by USD 30–60.
• Corrosion protection: CKD parts spend 4–8 weeks in maritime transit through tropical humidity. Engine internals, cylinder bores, and bearing surfaces must be coated with rust-preventive oil and sealed in VCI packaging. Unpainted steel parts (chassis, brackets) should receive a temporary anti-rust coating.
• Customs documentation: Your supplier must provide a detailed packing list organized by HS code, a commercial invoice matching exactly, and a Certificate of Origin (Form E for ASEAN destinations, Form F for Chile, Form A for GSP-eligible destinations). Incorrect HS codes can trigger weeks of customs delays.
• Insurance: Insure CKD shipments for 110% of CIF value under Institute Cargo Clauses (A) — all-risks coverage. Standard “free of particular average” coverage leaves you exposed if partial damage occurs.

Related Product Lines for Assembly Operations

Once your assembly line is running, you will need a reliable pipeline of aftermarket spare parts. We supply:

• Transmission and drivetrain components — the most frequently replaced category after engine parts. Stock these from day one.
• Fittings and hardware series — engine mounts, brackets, and fasteners that your assembly line and aftermarket customers both need.
• Headlight and lighting assemblies — essential for both CKD kits and aftermarket replacement.
• Electric scooter parts — consider adding e-mobility to your product mix as the market shifts toward electric three-wheelers.

Explore our complete product catalog for full specifications.

Start Your CKD/SKD Journey — Contact Us

Chongqing Xinfumai Metal has supplied CKD and SKD kits to assembly plants across Africa, South Asia, and Latin America. We provide complete BOM coverage, pre-disassembly vehicle testing, organized packing by assembly station, detailed assembly documentation, and ongoing technical support.

Discuss Your CKD/SKD Project on WhatsApp

Tell us your target vehicle platform, annual volume, and knockdown level (CKD or SKD). We will return a preliminary kit specification, FOB Chongqing pricing, and lead time estimate within 48 hours.

Engine Parts Procurement Guide: Sourcing Cylinder Kits, Pistons & Crankshafts from China

Engine components are the single highest-risk category in three-wheeler spare parts procurement. A failed piston or cracked cylinder doesn’t just mean a warranty claim — it means a stranded driver, a lost day of income, and a dealer who stops returning your calls. For importers serving price-sensitive markets like Nigeria, India, Bangladesh, and Peru, getting this category right is everything.

This guide covers exactly what you need to know before placing your next engine parts order from China — written from the perspective of a factory that manufactures these components daily.

Understanding Engine Component Categories

Cylinder Kits (Block + Piston Assembly)

A complete cylinder kit for Bajaj RE 2-stroke and 4-stroke engines typically includes the cylinder block, piston, piston rings, gudgeon pin, circlips, and base/head gaskets. When sourcing from China, specify:

• Bore size and oversize options: Standard, +0.25 mm, +0.50 mm, +0.75 mm, and +1.00 mm. Importers should stock at minimum standard, +0.25, and +0.50 for each engine variant.
• Cylinder liner material: Centrifugally cast alloy cast iron (Grade FG260 or equivalent). Avoid sand-cast liners — they develop porosity under thermal cycling.
• Bore finish: Cross-hatch honing with plateau finish. Spec Ra 0.4–0.6 μm for the running surface. If your supplier cannot quote Ra values, they likely cannot control them.
• Port timing (2-stroke): Transfer and exhaust port heights must match OEM dimensions within ±0.3 mm. A 0.5 mm error changes power delivery and exhaust gas temperature significantly.

Pistons and Piston Rings

Pistons for Bajaj RE engines are typically hypereutectic aluminum-silicon alloys (AlSi12CuNiMg or similar). Key procurement specifications:

• Alloy grade: Insist on the exact alloy designation — e.g., AC8A, A336, or LM13 equivalent. Generic “aluminum alloy” is not a specification.
• Skirt coating: Many genuine RE pistons carry a graphite or tin coating on the skirt for break-in lubrication. Confirm whether your supplier applies this.
• Ring pack: Standard 3-ring configuration (2 compression, 1 oil control). Compression rings are typically ductile iron with chrome-plated running face; oil rings use a nitrided steel rail with expander. Specify ring material, face coating, and end-gap tolerance.
• Thermal expansion clearance: Piston-to-bore clearance at assembly should be 0.03–0.05 mm measured at the skirt. Tighter clearances seize; wider clearances cause piston slap and oil consumption.

Crankshafts

The crankshaft is the single most expensive engine component in the RE platform. Getting it wrong destroys the entire bottom end. Key specifications:

• Forging grade: EN24 (817M40) or AISI 4340 alloy steel, quenched and tempered to 28–32 HRC core hardness with induction-hardened journals to 55–60 HRC.
• Big-end bearing: Caged needle roller bearing (KZK or equivalent), with C3 internal clearance for thermal expansion. Confirm the bearing manufacturer — NTN, Koyo, or Nachi are the acceptable tiers.
• Balancing: Crankshaft should be dynamically balanced to Grade G6.3 per ISO 1940, or better. Request the balance report.
• Stroke verification: For RE 4-stroke engines, the stroke is typically 62.4 mm or 66 mm depending on variant. Confirm with your supplier by actual measurement, not catalog lookup.

Material Specifications That Matter

Engine parts live or die by metallurgy. Here is a practical reference for importers evaluating supplier claims:

If a supplier hesitates when you ask for the alloy designation or hardness range, treat it as a warning sign. Professional engine parts manufacturers know these numbers from memory.

MOQ Realities and Lead Times

Engine parts have different MOQ dynamics than commodity hardware:

• Cylinder kits: Most Chinese factories set MOQ at 100–300 sets per variant. Below 100 sets, unit prices rise sharply because casting setup costs are amortized over fewer units. For a new relationship, expect 200–300 sets as a realistic first-order MOQ.
• Pistons only: 500–1,000 pieces per size. Pistons are high-volume, low-margin items — the factory economics only work at quantity.
• Crankshafts: 50–100 pieces MOQ. Crankshafts are high-value, lower-volume items with longer machining time. Lead times are correspondingly longer.

Standard lead times from order confirmation (Chongqing):

• Cylinder kits: 25–35 days (if castings are in stock; add 15–20 days if new casting batch is required).
• Pistons: 20–30 days for standard sizes; 30–40 days for oversize variants.
• Crankshafts: 35–45 days due to forging and multi-stage machining.

These are production lead times. Add 15–25 days for sea freight to West Africa, 20–35 days to South America, and 7–14 days to Southeast Asia. Air freight cuts transit to 5–10 days globally but costs 4–8× more per kg.

Quality Control: What to Ask Your Supplier

Before placing any engine parts order, request the following from your potential supplier:

1. AQL sampling plan: Which standard do they follow? MIL-STD-1916 or ISO 2859-1? What is the AQL level for critical defects (should be 0.65 or tighter)?
2. In-process inspection points: At minimum — incoming casting inspection, first-off machining approval, in-process dimensional check (every 50–100 pieces), and final audit before packing.
3. Test equipment: Do they have CMM (Coordinate Measuring Machine), surface roughness tester, Rockwell/Brinell hardness tester, and a dynamic balancer? Ask for photos of their QC lab — not just the production floor.
4. Sample policy: A reputable factory will supply pre-production samples (paid, at cost) before bulk production. If a factory refuses to provide samples even at your cost, walk away.
5. Warranty terms: Industry standard for engine parts from China is a 12-month or 20,000 km replacement warranty (whichever comes first) against manufacturing defects. Get this in writing.

OEM-Spec vs Aftermarket: What You’re Actually Buying

Related Product Categories

Engine parts are just one part of a complete three-wheeler spare parts program. We also supply:

• Transmission and drivetrain components — gears, shafts, differential assemblies, and clutch systems for Bajaj RE and TVS King platforms.
• Headlight and lighting assemblies — complete headlight units, indicators, and taillights meeting ECE and local regulatory standards.
• Electric scooter parts for Yadea and NIU platforms — expanding your catalog into the fast-growing e-mobility segment.

Browse our full product catalog for the complete range.

Ready to Source Engine Parts? Let’s Talk

Send us your part numbers, target quantities, and destination port. We’ll return FOB Chongqing pricing, production lead times, material certificates, and pre-production sample options — typically within 24 hours.

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Factory-direct engine parts. Documented quality. No intermediaries. That is how we work at Chongqing Xinfumai Metal.