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PHYZ Holdings Inc.(9325) Summary

9325
TSE Standard
PHYZ Holdings Inc.
1,035
JPY
-19
(-1.80%)
Dec 5, 12:32 pm JST
6.67
USD
Dec 4, 10:32 pm EST
Result
PTS
outside of trading hours
1,043.6
Dec 5, 10:33 am JST
Summary Chart Historical News Financial Result
PER
9.9
PBR
2.71
Yield
2.90%
Margin Trading Ratio
Stock Price
Dec 5, 2025
Opening Dec 5, 9:00 am
1,046 JPY 6.74 USD
Previous Close Dec 4
1,054 JPY 6.78 USD
High Dec 5, 9:04 am
1,050 JPY 6.76 USD
Low Dec 5, 12:32 pm
1,035 JPY 6.67 USD
Volume
10,500
Trading Value
0.01B JPY 0.07M USD
VWAP
1042.95 JPY 6.72 USD
Minimum Trading Value
103,500 JPY 667 USD
Market Cap
0.01T JPY 0.07B USD
Number of Trades
32
Liquidity & Number of Trades
As of Dec 5, 2025
Liquidity
Mid
1-Year Average
88
1-Year High Dec 18, 2024
741
Margin Trading
Date Short Interest Long Margin Positions Ratio
Nov 28, 2025 0 119,500
Nov 21, 2025 0 126,600
Nov 14, 2025 0 130,400
Nov 7, 2025 0 139,300
Oct 31, 2025 0 144,100
Company Profile
PHYZ Holdings Inc. undertakes the management, packaging, and delivery for e-commerce companies' logistics centers. Amazon is a major client.
Sector
Warehouse & Harbor Transport
PHYZ Holdings Inc. primarily focuses on e-commerce solution services. The company provides comprehensive management of inbound and outbound operations for logistics centers and offers consulting services for warehouse operation design to e-commerce site operators, manufacturers, and delivery companies. They also handle inter-facility product transportation, collection and delivery agency services, and home delivery of e-commerce-related cargo. Additionally, the company operates an international logistics service business, which includes import cargo transportation handling and customs clearance agency services. Their information systems business offers IT engineer dispatching and system development services. With 23 locations nationwide, PHYZ Holdings Inc. manages the entire logistics process from order placement to home delivery for e-commerce service users. The company's operations are characterized by their flexibility in responding to fluctuations in order volumes.