TREKSTEEL - Vacuum insulated drinking bottle

Available only to users
Colors SKU Pret (fara TVA) Stoc intern Stoc extern Quantity
Army Green 56-0304812 0 472
Beige 56-0304811 0 2265
Navy Blue 56-0304810 0 2504
Product code - SKU PT 3344318

**Sticlă termoizolantă TREKSTEEL**, cu pereți dubli: interior și exterior din oțel inoxidabil, capac filetat sigur din plastic în culoarea potrivită, inel de etanșare și mâner de transport din silicon, capac rabatabil ușor de deschis cu o singură mână, pai încorporat din oțel inoxidabil cu muștiuc din silicon moale, capacitate aprox. 600 ml, menține cald timp de aproximativ 8 ore și rece până la 12 ore, ambalată într-o cutie cadou | Vacuum insulated drinking bottle TREKSTEEL, double-walled: inside and outside made of stainless steel, secure plastic screw cap in matching colour, silicone sealing ring and carrying handle, flip-top cap easy to open with one hand, built-in stainless steel straw with soft silicone mouthpiece, capacity approx. 600 ml, keeps warm for approx. 8 hours and cold for up to 12 hours, packed in a gift box

SKU
PT 3344318
Made in
CN
Material
Stainless Steel, Plastic, Silicone
Item Dimension
26.4 cm (cm)
Item weight
Net 330 | Gross g | Volume 2240
Commodity Code
9617 0000 000
Outer Carton Qty
25
Outer weight
Gross 8.25 kg | Net 10.6 kg
Outer carton dimension
29x41x47 cm | Volume 8.25 m³

Print Info

PositionSizeTechniqueCodeColorsTemplate
centered on the bottle12cm²Digital printDP121View template
centered on the bottle12cm²engravingLY121View template
centered on the bottle6cm²Digital printDP61View template
centered on the bottle5cm²engravingLY51View template
centered on the bottle230x160mm (368cm²)Digital allover print 360°DPR1View template
centered on the bottle24cm²engravingLY241View template
centered on the bottle20x90mm (18cm²)Digital printDP381View template
on the lower part of the bottle25x70mm (18cm²)Tampon printK22View template
centered on the bottle40x90mm (36cm²)engravingLY481View template
centered on the bottle230x160mm (368cm²)Digital allover print 360°DPR1