Ichendorf Milano Cha No Yu Tea Light Lantern - White
From the Cha No Yu collection by Ichendorf Milano, this Tea Light Lantern, designed by Denis Guido...From the Cha No Yu collection by Ichendorf Milano, this Tea Light Lantern, designed by Denis Guidone, draws inspiration from traditional Japanese tea ceremonies. It is expertly crafted from heat-proof borosilicate glass, capable of holding a single tea light. The lantern's distinct bulbous form is designed to beautifully enhance the glow of the candle's flame. Handmade in Italy, this piece embodies a modern aesthetic.
This Ichendorf Milano Cha No Yu Tea Light Lantern is designed for those who appreciate minimalist aesthetics and the ambiance of candlelight, drawing inspiration from Japanese tea ceremonies. Its key benefit is the beautiful enhancement of a tea light's glow through its unique borosilicate glass form. A potential caveat is that it is designed for a single tea light only and requires careful handling due to its glass construction.
All features
Colour
White
Model Part Number
9359476
Brand
Ichendorf Milano
Extended Product Information
FAQs
What material is this lantern made from?
The lantern is expertly crafted from heat-proof borosilicate glass, known for its durability and resistance to thermal shock.
How many tea lights can this lantern hold?
This lantern is designed to hold a single tea light candle.
Is this lantern handmade?
Yes, each Ichendorf Milano Cha No Yu Tea Light Lantern is handmade in Italy.
What is the design inspiration for this lantern?
The design draws inspiration from traditional Japanese tea ceremonies, as part of the 'Cha No Yu' collection.
Can I use this lantern outdoors?
While durable, it is primarily designed for indoor use to create ambiance. Outdoor use is not recommended due to potential weather elements and the risk of damage.
How should I clean the lantern?
Clean with a soft, damp cloth and mild glass cleaner. Avoid abrasive materials. Ensure the lantern is cool before cleaning.
What are the dimensions of the lantern?
The specific dimensions are not provided, but its design is intended to be compact for accent lighting.
Troubleshooting
Lantern is wobbly when placed on a surface.
Ensure the surface is perfectly flat and stable. Check the base of the lantern for any debris or imperfections that might be causing instability.
Difficulty inserting or removing tea light.
Ensure you are using a standard-sized tea light. If wax has built up, allow the lantern to cool completely and gently try to dislodge the wax with a non-metallic tool or use a mild glass cleaner on a cloth.
Glass appears smudged or cloudy after use.
Allow the lantern to cool fully. Use a soft, damp cloth with a small amount of mild glass cleaner. Wipe gently in a circular motion, then buff with a dry, lint-free cloth for clarity.
Pros and Cons
Pros
Elegant and minimalist design.
Handcrafted quality from Italy.
Enhances candlelight for a cozy atmosphere.
Made from durable borosilicate glass.
Inspired by traditional Japanese aesthetics.
Cons
Designed for a single tea light only.
Requires careful handling due to glass material.
Not suitable for outdoor use in adverse weather.
May require specialized cleaning to maintain clarity.
Setup, Compatibility & Care
Setup:
Ensure the lantern is placed on a stable, heat-resistant surface.
Carefully insert a single standard tea light candle into the designated opening.
Light the tea light with a long match or lighter.
Compatibility:
Candle Type: Compatible with standard tea light candles.
Placement: Best suited for indoor environments. Avoid placing in drafty areas where the flame may be affected.
Care:
Cleaning: Allow the lantern to cool completely before cleaning. Gently wipe the exterior with a soft, damp cloth. For stubborn residue or wax marks, use a mild glass cleaner applied to the cloth, not directly to the glass. Avoid abrasive cleaners or scouring pads.
Handling: Always handle with care to prevent accidental drops or impacts, as borosilicate glass, while heat-resistant, can still break.
Storage: Store in a safe place where it will not be exposed to physical impact.