yellow

Temperatures up to 210˚F
Special blend of Copolymers and other olefins for
extremely break-resistant, long-lasting, economical products.
Will not break down with chemical use.

Textured wave pattern on outside for better grip
Stacking lugs so they won’t stick together
V-cut design on bottom for faster dripdrying
Proprietary polymer formulation
Maximum safety – cannot be fashioned into a weapon
Optimized durability – break, chip, and crack resistance
Withstands temperatures from -40 to 225 degrees Fahrenheit
Significantly cheaper and more earth-friendly than silicon
Dishwasher/microwave safe
Reusable and recyclable

Eliminates the need to sort loose garments
More efficient than using mesh laundry bags
Improves cleaning & sanitation
Dries clothes in one-half the time
Conserves energy
Reduces costs
Minimises wrinkles in clothing
Adds years to dryer life
Outlasts mesh bags

Handles – Aluminium colour coded

· Strong enough to hold plates, bowls, and drinks for every meal throughout the day · Stackable · Visually appealing food presentation · Combats tough environments with flexible material
· Proprietary Polymer Formulation · Maximum Safety-cannot be fashioned into a weapon either by melting or sharpening; flexural modules 40. Optimized durability-break, chip, and crack resistance · Withstands temperatures from -40 to 212 degrees Fahrenheit · Cheaper and earth-friendly compared to silicon · Dishwasher/Microwave safe · Reusable and recyclable

Actisafe Copolymer 5 Compartment Serving Tray- Yellow

Material:
· Proprietary Polymer Formulation · Maximum Safety-cannot be fashioned into a weapon either by melting or sharpening; flexural modules 40. Optimized durability-break, chip, and crack resistance · Withstands temperatures from -40 to 212 degrees Fahrenheit · Cheaper and earth-friendly compared to silicon · Dishwasher/Microwave safe · Reusable and recyclable
Design:
· Strong enough to hold plates, bowls, and drinks for every meal throughout the day · Stackable · Visually appealing food presentation · Combats tough environments with flexible material