LazBlinds No Tools No Drill Cordless Bamboo Roman Shades, Light Filtering Window Treatment, Roll Up Bamboo Blinds for Windows 42.5'' W x 48'' H, Eastfield Teak
Price may vary by location, shipping cost, and availability.
Based our analysis and observation, there is 49.46% chance that the price of LazBlinds No Tools No Drill Cordless Bamboo... will increase. Price of product might fluctuate between 25% and 29% of current price.*
Price History Graph
Offer PricePrices
Lowest: -
Average: -
Highest: -
Price History Information
You can check the price history of LazBlinds No Tools No Drill Cordless Bamboo Roman Shades, Light Filtering Window Treatment, Roll Up Bamboo Blinds for Windows 42.5'' W x 48'' H, Eastfield Teak here. This product's current Price in USA is $69.35 and the lowest final price is $56.00. The average and highest prices are $70.99 and $86.69 respectively.
Lowest Ever Offer Price
$56.00
26th Jan 2026
Lowest Ever Price
$58.95
22nd Nov 2025
Average Price
$70.99
Based on 417 days price tracking
Highest Price
$86.69
1st Jun 2025
Current Price in USA
Price
$69.35
Recent Price Drops on LazBlinds No Tools No Drill Cordless Bamboo Roman Shades, Light Filtering Window Treatment, Roll Up Bamboo Blinds for Windows 42.5'' W x 48'' H, Eastfield Teak
Price Drop2nd Jun 2026
$69.35→$58.95
15% drop
Price Drop20th May 2026
$86.69→$69.35
20% drop
Price Drop8th May 2026
$73.69→$66.32
10% drop
Price Drop26th Mar 2026
$69.35→$62.41
10.01% drop
Price Drop11th Mar 2026
$73.69→$69.35
5.89% drop
Price Drop9th Feb 2026
$86.69→$73.69
15% drop
Price Drop13th Jan 2026
$86.69→$58.95
32% drop
Price Drop29th Dec 2025
$73.69→$62.42
15.29% drop
Price Drop1st Dec 2025
$86.69→$73.69
15% drop
Price Drop21st Nov 2025
$73.69→$58.95
20% drop
Price Drop1st Nov 2025
$73.69→$69.35
5.89% drop
Price Drop10th Oct 2025
$86.69→$73.69
15% drop
Price Drop10th Sep 2025
$86.69→$73.69
15% drop
Product Information
Details
Product Name
LazBlinds No Tools No Drill Cordless Bamboo Roman Shades, Light Filtering Window Treatment, Roll Up Bamboo Blinds for Windows 42.5'' W x 48'' H, Eastfield Teak
Store Product Code
B0DDX6P5QX
Store Name
amazon.com
Brand
LazBlinds
Rating
9.2 / 10
Category
Roman Shades
Product Manufacturer
LazBlinds
Model Number
M_ZLM_612
Color
Light Filtering-eastfield Teak
Size
42.5" W x 48" H
Features
Bamboo
Inside Mount ONLY. For better internal installation, a standard 2/5 inch deduction is made to the shade width. The actual blind size is 42.1" W x 48" H, the metal brackets at both ends can extend 0.78 inch in total, allow the blind to fit for window width 42.2-42.88 inch. (Pls Note) Minimum 1 1/2" depth of window frame required for inside mount.
No Drill Blinds: LazBlinds patented technology No Tools-No Drill system allow it no need to drill any holes on your window frame, great for Renter, Landlord, and Home Buyer. Easy to Install in 30 seconds.
Light Filtering: Blinds are made of 100% natural bamboo materials, small gaps between each flat slat are normal and help gently filter light for a unique, soft glow in a natural way, perfect for living room, dining room, office.
Cordless Blinds for Windows: The cord-free design provides a clean, tangle-free look to the window and creates a safer environment for children and pets. Easy to raise up or lower down to gently filter sunlight. Easy to Install.
(Pls Note) Since the material is dyed from natural bamboo, slight color variations between batches are inevitable and unavoidable. Actual item may also slightly vary in color from what you expected due to different monitors. Please understand the color difference and bamboo joint on the blinds because of the nature material. Any questions pls feel free to contact us for help, we will get back to you within 24 hours.
Images
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Rating and Reviews
9.2Based on 171 reviews
LazBlinds No Tools No Drill Cordless Bamboo has 9.2 rating out of 10. This average rating is consist of 171 individual ratings. You can rate this product at product review page.
* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.