티쉐어건설㈜│복합마이크로파일 CMP

Business Areas

Specialized in Architecture, Civil & Plant Engineering

Composite Micropile(CMP) Non-Welding Micropile(NMP)

COMPOSITE MICRO PILE(CMP)

Construction Methods Main Materials Performance and Economics Testing & Certification Sequence & Application Sectors

Performance and Economics

Category	Composite Micropile (Double Casing)	Composite Micropile (Expansion Casing/Single Casing)	Micropile
Schematic Diagram
Method Features	① Applicable to areas where large equipment entry is difficult or working space is restricted ② Application of Double Casing ▶ 600% Improvement in Seismic Performance ③ Application of Head Reinforcement(Pile Head Fixation) ④ Construction cost reduction through improved seismic performance	① Applicable to areas where large equipment entry is difficult or working space is restricted ② Single Casing - Increased Casing Diameter and Thicknes ▶ 310% Improvement in Seismic Performance ③ Application of Head Reinforcement( Pile Head Fixation) ④ Construction cost reduction through improved seismic performance	① Applicable to areas where large equipment entry is difficult or working space is restricted ② Application of Single Casing ▶ Reduced Seismic Performance ③ Non-application of Head Reinforcement (Pile Head Hinge) ④ Excessive Consstruction Cost due to eteriorated Seismic Performance
Allowable Bearing Capacity	· Allowable Vertical Bearing Capacity : 65.0 ton · 600% Improvement in Allowable Horizontal Bearing Capacity	· Allowable Vertical Bearing Capacity : 65.0 ton · 310% Improvement in Allowable Horizontal Bearing Capacity	· Allowable Vertical Bearing Capacity : 65.0 ton · Allowable Horizontal Bearing Capacity: 100%
Performance / Price	* Note : Comparison is based on the performance/price of conventional micropile.

Composite Micropile
(Double Casing)

Method Features	① Applicable to areas where large equipment entry is difficult or working space is restricted ② Application of Double Casing ▶ 600% Improvement in Seismic Performance ③ Application of Head Reinforcement(Pile Head Fixation) ④ Construction cost reduction through improved seismic performance
Allowable Bearing Capacity	· Allowable Vertical Bearing Capacity : 65.0 ton · 600% Improvement in Allowable Horizontal Bearing Capacity

Composite Micropile (ExpansionCasing/Single Casing)

Method Features	① Applicable to areas where large equipment entry is difficult or working space is restricted ② Single Casing - Increased Casing Diameter and Thicknes ▶ 310% Improvement in Seismic Performance ③ Application of Head Reinforcement( Pile Head Fixation) ④ Construction cost reduction through improved seismic performance
Allowable Bearing Capacity	· Allowable Vertical Bearing Capacity : 65.0 ton · 310% Improvement in Allowable Horizontal Bearing Capacity

Micropile

Method Features	① Applicable to areas where large equipment entry is difficult or working space is restricted ② Application of Single Casing ▶ Reduced Seismic Performance ③ Non-application of Head Reinforcement (Pile Head Hinge) ④ Excessive Consstruction Cost due to eteriorated Seismic Performance
Allowable Bearing Capacity	· Allowable Vertical Bearing Capacity : 65.0 ton · Allowable Horizontal Bearing Capacity: 100%

Performance / Price

* Note : Comparison is based on the performance/price of conventional micropile.