Umezawa Kiso Sawara Hangiri — 36 cm

Specifications

Outer size

Approx. 36.3 cm diameter × 9.5 cm high

Inner size

Approx. 33.5 cm diameter × 7.8 cm deep

Capacity

Approx. 7 go

Materials

Kiso sawara wood and copper hoops

Made in

Japan

Features

Kiso Sawara Heartwood: The maker states that selected red heartwood is used for the body.

Copper Hoops: Copper hoops hold the wooden staves together.

Hand-Planed Interior: The inner surface is finished with a plane.

36 cm Working Size: The maker rates this size at approximately 7 go.

Benefits

Know exactly what you are selecting: The exact option or pack is named clearly before checkout.

Check the pack facts before purchase: Current specifications are separated from descriptive copy.

Use the identified current format: The listing preserves the source-matched product identity.

Follow concise directions: Use and care steps point back to the current package where required.

Verify Japanese origin: The country of origin is stated without inventing a prefecture.

See what the package contains: The included unit or bundle quantity is stated directly.

How to Use

Before first use, follow the maker’s current preparation directions.

Place cooked rice in the tub and mix with sushi seasoning using suitable utensils.

Clean promptly and dry completely according to the maker’s care instructions.

Who Is This For

Product Story

A Japanese-made 36 cm sushi-rice mixing tub from Umezawa, built from selected Kiso sawara heartwood with copper hoops and a hand-planed inner surface.

This listing keeps the source identity, current specifications and selectable options explicit.

What's Inside

Care Guide

Storage: Follow the current package or maker storage and care directions.

Important: Check the current package, ingredient label and applicable precautions before use.

Ingredients and Materials

Body: Kiso sawara wood. Hoops: copper

Quick Answer

A Japanese-made 36 cm sushi-rice mixing tub from Umezawa, built from selected Kiso sawara heartwood with copper hoops and a hand-planed inner surface.