Obelisk Ringed Cone
Obelisk Ringed Cone
Code: 3107-01 Pubdate: Hits: 297
Height: 780mm
Material: PE
Product Wt: 2.0kg (+/- 0.20kg)
Installed Wt: 4.0kg (+/- 0.50kg)
Color: Black
Reflective: Richlite Reflective Cone Sleeve. Reflective Index > 300CPL.
Artwok: User-defined ; Silkscreen or Digital Inkjet.
Durability: Water, Oil and Dust Resistant. Sturdy and Durable up to 24 ~ 36 months (subject to normal wear and tear).
Remarks: The entire design and fabrication of the Obelisk Ringed Cone based on extensive research to conform with engineering principle. The ring(s) extension on top (side) of the Obelisk facilitate(s) handling efficiency during deployment and retrieval. The installed weight is specially constructed and housed within the cone to minimize its detachment from the cone and any inconvenience due to accidental spill of its contents. Flat reflective surface of the Obelisk cone increases the reflectivity by 170 ~ 180% compare to a circular cone, increasing the product performance efficiency on highway whereby vehicle traveling at higher speed requires further braking distant.
Material: PE
Product Wt: 2.0kg (+/- 0.20kg)
Installed Wt: 4.0kg (+/- 0.50kg)
Color: Black
Reflective: Richlite Reflective Cone Sleeve. Reflective Index > 300CPL.
Artwok: User-defined ; Silkscreen or Digital Inkjet.
Durability: Water, Oil and Dust Resistant. Sturdy and Durable up to 24 ~ 36 months (subject to normal wear and tear).
Remarks: The entire design and fabrication of the Obelisk Ringed Cone based on extensive research to conform with engineering principle. The ring(s) extension on top (side) of the Obelisk facilitate(s) handling efficiency during deployment and retrieval. The installed weight is specially constructed and housed within the cone to minimize its detachment from the cone and any inconvenience due to accidental spill of its contents. Flat reflective surface of the Obelisk cone increases the reflectivity by 170 ~ 180% compare to a circular cone, increasing the product performance efficiency on highway whereby vehicle traveling at higher speed requires further braking distant.
