
Clear PETG Dual-Chamber Airless Bottle — 60ml & 100ml
Compare the AS+PP+PETG dual-chamber package recorded as 60ml and 100ml; confirm each chamber's actual fill.
Compare LUM-PA11 →
This PETG dual-chamber airless bottle serves larger paired fill projects than the 10–25ml AS chamber series. The documented versions contain two 30ml or two 50ml compartments.
The material record identifies PETG; the bottle has two visibly distinct fill compartments.
Specify either two 30ml compartments or two 50ml compartments—not a single 30ml or 50ml fill.
Check the assembled pump, outlet behavior, independent filling and compatibility for each formula at the chosen larger size.

For this PETG pair, approve outer housing appearance, individual chamber colors and label visibility for the chosen two-compartment size.
Choose LUM-JY003 for paired PETG chambers at 30ml+30ml or 50ml+50ml. Smaller AS dual-chamber designs start at 10ml+10ml and finish at 25ml+25ml.
The available sets have a combined nominal capacity of 60ml or 100ml, split evenly into two chambers.
This model lists PETG, unlike the nearby LUM-JY001/JY002/JY004 compact AS bottle series.
The two-chamber concept does not establish identical dispensing behavior across PETG and AS alternatives.
Explore separate products with different structures, materials or dispensing outlets.

Compare the AS+PP+PETG dual-chamber package recorded as 60ml and 100ml; confirm each chamber's actual fill.
Compare LUM-PA11 →
Compare the 10ml+10ml to 25ml+25ml AS side-by-side format when the paired PETG volumes are too large.
Compare LUM-JY002 →
Browse other models in this category to compare available designs, materials and capacities before choosing a product to review.
Browse the Full Category →No. The listed sets are 30ml+30ml and 50ml+50ml, corresponding to nominal combined volumes of 60ml and 100ml.
It lists PETG material with larger paired chamber volumes, rather than the compact AS 10ml+10ml to 25ml+25ml series.
Confirm individual filling, pump/outlet action, seal integrity and compatibility for both formulas on the actual assembly.