Tea filter Westmark Teatime 15372270 — stainless steel mesh hand-held tea strainer

The Westmark Teatime 15372270 stainless steel mesh hand-held tea strainer is a compact tool for separating loose leaf tea from brewed liquid. Designed with a fine metal mesh, this handheld filter fits over cups or teapots to catch tea leaves and allow a clear pour. The strainer is reusable and simple to rinse after use, making it suitable for daily brewing of black, green or herbal teas at home or in the office.

Advantages

The stainless steel mesh provides fine filtration without imparting flavors, while the handheld design enables precise positioning over vessels of different sizes. Its compact construction and durable materials mean it resists deformation and can be used repeatedly. The open frame and metal finish are easy to clean and maintain, and the strainer requires no additional accessories to operate.

Suitable for

• Filtering loose leaf black, green and herbal teas
• Straining tea directly into cups or small teapots
• Everyday home and office tea preparation
• Quick single-cup brewing and serving

Key specifications

• Material: stainless steel mesh with metal frame
• Type: handheld, open-top tea strainer
• Filtration: fine metal mesh for loose leaves and small particles
• Maintenance: reusable and rinse-cleanable
• Use case: compatible with cups and small teapots

How to use

Place the handheld strainer over the rim of a cup or teapot, pour the brewed tea through the mesh to catch leaves, then lift the strainer and allow excess liquid to drain back into the vessel. After use, discard the collected leaves, rinse the mesh under running water and, if necessary, use a soft brush to remove stubborn particles. Dry the strainer before storing to avoid water spots.

Usage recommendations

For best results, pour slowly to reduce splashing and allow the mesh to capture small particles. Rinse immediately after use to prevent leaf residue from drying into the mesh. Avoid abrasive cleaners or metal scouring pads to preserve the fine mesh surface.