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Find MONARX products, feature details and support information.

Features
FEATURESFEATURESFEATURES

MONARX components are shaped around heat behavior, structural confidence and a clean mechanical language.

Material Discipline

Features

Six close-up feature cards showing how material choice, coating, machining, ventilation, fastening and sealing details shape the MCP201 braking feel.

MCP201 logo paint close-up
01 / Logo

Perfect Logo Paint

Combined with our premium paint formula, the logo finish appears brighter, bonds more securely, and resists heat and corrosion.

GR5 titanium piston close-up
02 / Piston

High-Performance Piston

Fully CNC-machined GR5 titanium pistons effectively slow heat transfer. We also enlarged the brake pad contact area, making force transfer more direct while improving rigidity.

Laser engraved bleeding bolt close-up
03 / Bleeding Bolts

Perfect Details

Even the small bleeding bolts are laser-engraved with our own logo. Paired with precise CNC-machined titanium, the close-up texture feels more premium.

MCP201 ventilation holes close-up
04 / Ventilation Holes

Enhanced Heat Dissipation

Integrated Ventilation Holes improve heat dissipation and help reduce heat transfer to the brake fluid, minimizing the risk of brake fade under demanding conditions.

GR5 titanium fastener bolts close-up
05 / Fastener Bolts

Strength Upgrade

High-strength GR5 titanium fastener bolts maximize caliper rigidity by securely clamping both body halves together. Reduced flex under braking delivers enhanced braking consistency and a more precise lever feel.

MCP201 oil seal machining close-up
06 / Oil Seal

Minimize Gap

A precision-finished oil seal with an optimized seal groove clearance reduces friction and unnecessary piston travel. The result is a shorter initial lever stroke, improved braking response, and a more precise brake feel.

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GR5 Titanium Composition

Our Titanium Alloy Composition Table

A precise breakdown of the titanium alloy elements used to balance lightweight strength, stability, toughness and corrosion resistance.

ComponentContent Range (wt%)Function
Ti (Titanium)88+Primary base element, providing lightweight strength and corrosion resistance.
Al (Aluminum)6.35Enhances strength and high-temperature stability.
V (Vanadium)4.13Increases strength and toughness; refines grain structure.
Fe (Iron)0.17Controls impurities; affects ductility.
C (Carbon)0.011Enhances strength, but content must be limited to maintain toughness.
N (Nitrogen)0.013Strengthens material; improves material stability.
O (Oxygen)0.163Controls oxygen content; ensures ductility and toughness.
H (Hydrogen)0.0006Controls hydrogen content; avoids hydrogen embrittlement.
Other Impurities≤ 0.10Strictly control impurities; ensures material purity and consistency.
Validation Flow

A refined product is checked, not assumed.

01

Fitment Review

Mounting pitch, bracket needs and motorcycle use case are considered.

02

Component Assembly

Body, pistons and titanium hardware are matched into a complete system.

03

Final Inspection

Visual finish, hardware completeness and packaging readiness are checked.