Hydraulic disc brakes price
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Motorcycle Disc Brake Master Cylinder Hydraulic Brake for HS125t AG100 An125
Durable Brake Block for PS-40 Hydraulic Disc Brake Systems
High-Performance Hydraulic Disc Brake for Smooth Stopping Power for Drawworks Winch
Standard Hydraulic Disc Brake for Drilling Rig Brake System
Mine Hoist Hydraulic Disc Brake with Good Performance
Cvo High-Quality Aluminum Alloy Bicycle Hydraulic Disc Brake Clutch Lever
Mountain Bike Brake Disc 140mm 160mm 180mm 203mm Bicycle Disc Brake Wyz16739
Mountain Bike 4-Piston CNC Magnesium Alloy Brake Caliper Bicycle Hydraulic Disc Brake
Mountain Bike 2-Piston Hydraulic Brake Caliper Set Bicycle Hydraulic Disc Brake
Dual Drive Oil Ceramic Brake Pads Road Bike Cycling Parts Hydraulic Disc Brake
Premium Hydraulic Disc Brake at Factory Price for API
Lightweight Truck Hydraulic Disc Brake System for Enhanced Safety
New Arrivals Bk2 Series Hydraulic Motor Brake System Hydraulic Motor Disc Brake Bk2-1-430-a-a Wholesale
Reliable Hydraulic Disc Brake for Optimal Drilling Operation
Aluminum Electric Bicycle Hydraulic Disc Brake for Bicycle
China Oil Hydraulic Disc Brake and Mountain Bikes Disc Brakes
Hydraulic Disc Brakes -Maxma Bk2 Series Are a Wet Multi Disc Brake for Use as Static Brakes in Hydraulic Systems
New Mountain Bike Brakes Dual Piston One Piece Cylinder Hydraulic Disc Brakes
Industrial Hydraulic Multi Disc Brake for Mico Sahr Systems 13-547-030
Fail Safe Hydraulic Multi Disc Brake Equivalent to Mico 13-547-306
Hydraulic Multi Disc Brake for Mico Sahr Applications 13-547-232
Replacement Hydraulic Multi Disc Brake for Mico 13-547-290
Industrial Sahr Hydraulic Multi Disc Brake Compatible with Mico 13-547-246
Industrial Sahr Hydraulic Multi Disc Brake Compatible with Mico 13-547-424
Sahr Hydraulic Multi Disc Brake Compatible with Mico 13-547-268
OEM Compatible Sahr Hydraulic Multi Disc Brake for Mico 13-547-544
Sourcing guidance for Hydraulic Disc Brakes Price
What are the key technical specifications to consider when evaluating hydraulic disc brake prices?
When comparing prices, you must look beyond the sticker price and evaluate piston configuration (2-piston vs. 4-piston), as 4-piston models offer higher braking power for downhill/MTB but come at a premium. Ensure the fluid type (Mineral Oil vs. DOT fluid) aligns with your maintenance capabilities, as mineral oil is more user-friendly for long-term storage. Additionally, verify the hose length and material (braided vs. standard) and the rotor compatibility (160mm, 180mm, or 203mm), as these factors significantly impact the total kit value.
How do compliance standards affect the sourcing of hydraulic brakes for international markets?
For B2B buyers, compliance is non-negotiable for safety-critical components. Ensure the products meet ISO 4210 standards for bicycle safety and EN 14766 for mountain bikes. If you are exporting to the US, verify CPSC requirements. Products with CE marking and TÜV certification often command a higher price but significantly reduce the risk of legal liability and product recalls in the EU market.
What factors determine the economic feasibility of bulk hydraulic brake procurement?
Economic feasibility is driven by the Total Cost of Ownership (TCO). While a low unit price is attractive, you must factor in the failure rate (target <0.5%) and the inclusion of consumables like brake pads (sintered vs. resin) and bleed kits. Sourcing from suppliers on Made-in-China.com who offer tiered pricing for MOQs (e.g., 50, 100, 500 units) can reduce unit costs by 15-25%, making high-performance hydraulic systems viable for mid-range bicycle assembly.
What usage scenarios dictate the choice of specific hydraulic brake models?
The application defines the required technology. For E-bikes, you need brakes with integrated motor-cutoff sensors, which adds to the cost. For Road/Gravel bikes, look for Flat Mount designs that prioritize aerodynamics and weight. For Heavy-duty MTB/Enduro, prioritize heat dissipation technologies like finned cooling pads and large-diameter rotors to prevent brake fade during prolonged descents.
Cross-Border Purchasing Considerations for Hydraulic Components
What are the primary risks when importing hydraulic brakes across borders?
The biggest risk is fluid leakage during transit due to pressure changes in air freight. Always confirm if the brakes are shipped pre-bled (ready to use) or dry. If pre-bled, ensure the supplier uses high-quality seals and specialized packaging. Another risk is intellectual property (IP) infringement; ensure the design does not violate existing patents from major brands to avoid customs seizures.
How should I negotiate with suppliers on Made-in-China.com for the best terms?
Focus your negotiation on Quality Assurance (QA) protocols rather than just price. Ask for a 12-24 month warranty and request spare parts (seals, olives, and needles) to be included at no extra cost for bulk orders. Negotiate payment terms such as a 30% deposit and 70% balance after third-party inspection (e.g., SGS or Intertek) to ensure the goods meet your specifications before shipping.
What are the shipping and logistics precautions for hydraulic systems?
Hydraulic fluid can be classified as 'sensitive goods' in some jurisdictions. Work with a freight forwarder experienced in Class 9 hazardous materials if shipping large quantities of brake fluid separately. For the brakes themselves, ensure vacuum-sealed packaging to prevent moisture contamination of the fluid, which can lead to a 'spongy' lever feel and reduced safety upon arrival.
How can I ensure transaction security and supplier reliability?
Utilize the Secured Trading services provided by Made-in-China.com to protect your funds. Prioritize Audited Suppliers who have undergone on-site factory inspections. Always request a production sample before the mass production run and verify the batch consistency of the CNC machining and anodizing finish to ensure the final product matches your brand's quality standards.





























