Clean Side Duct

Component

Clean side duct

Method

MES-EXCHANGE blow

Material

PP and TPO

Characteristic

Multiple functions such as resonator (noise reduction), soft bellows (vibration absorption), and soft opening (assembly / sealing performance) are integrated and made into one part.

• Weight reduction
• Space-saving layout
• Tooling cost reduction
• Bellows
• MES-Exchange
• Resonator

Component

Clean side duct

Method

Injection molding

Material

TPO

Characteristic

Stable air permeability due to wall thickness control equivalent to rubber hose. Vibration absorption and ease of assembly are realized by soft resin.

• Weight reduction
• Space-saving layout
• Thickness control
• Injection molding

Component

Clean side duct

Method

MES blow

Material

PP

Characteristic

Side branch (muffler) integrated with piping.

• Weight reduction
• Space-saving layout
• Parts integration
• Functional parts
• Tooling cost reduction
• MES
• Resonator

Component

Turbo inlet

Method

Injection molding

Material

PPS, PA66

Characteristic

Rounded inner surface to improve pressure loss.

• Engineering plastic molding
• Thickness control
• Pressure loss reduction
• Module cost reduction

Component

Clean side duct

Method

MES-EXCHANGE blow

Material

PP-GF + Oil resistant TPO

Characteristic

While having oil resistance and vibration absorption, subcomponents such as stay and sensor boss are also integrated. Product diameter is 100 mm or more.

• Parts integration
• Large-sized molding
• Weight saving
• MES-Exchange

Component

Clean side duct

Method

MES-EXCHANGE blow

Material

PP and Oil resistant TPO

Characteristic

A large 3D shape with a long length (about 1000 mm) and a diameter of 90 mm can be molded while switching between hard and soft materials and made into one part.

• Large-sized molding
• Parts integration
• Weight saving
• MES-Exchange