PlatSil Accelerator accelerates the pour times and demold times of PlatSil products. The addition of 1% Accelerator to the total mixed weight decreases the pour time to 1/3 the normal pour time. The addition of 2% decreases the normal pour time to 1/4. The addition of 3% decreases the normal pour time to 1/6. The demold time will also be reduced. Experiment on a small scale before making a larger mix. NOTES: Add Accelerator to Part B prior to mixing with Part A.
Previous product
Back to products
Silicone Mould Geometric 8 Cavity
$14.95 (inc. gst)
Next product
Platsil Gel-0030 Prosthetic Grade Silicone
$172.50 – $2,415.00 (inc. gst)
PlatSil Accelerator
SKU: SR-PLATACC
$132.25 – $253.00 (inc. gst)
SKU: SR-PLATACC
Categories: Moulding, Silicone Rubber, Addition Cure Silicone
Related products
Accucast Alginate LS680
$57.50 – $195.50 (inc. gst)
Accucast Alginate LS680 is ideal for medium-sized projects, especially faces and heads. It is Green in colour and offers approximately
Plastic Drop Sheet
$5.75 (inc. gst)
A Biodegradeable plastic drop sheet to help protect your work space. This sheet has dimensions of 2.6m x 3.6m
Liquid Latex
$14.95 – $644.00 (inc. gst)
Liquid Latex is still one of the most widely used materials for flexible mould making. This natural latex material has
Icypole Sticks
$1.38 – $28.75 (inc. gst)
Icy pole sticks for mixing resins, not recommended for silicone or viscous materials. Great for adding and blending liquid and
Hanson Mixer
$57.50 – $207.00 (inc. gst)
All purpose mixing blades that attach to a power drill to mix quantities of liquid. This brand mixes with less
Geltex Latex Thickener
$17.25 – $172.50 (inc. gst)
Geltex Latex Thickener is used in latex moulding rubbers. Add up to 2% and shear mix until the desired consistency
Mixing Tubs
$1.38 – $1.61 (inc. gst)
Ice cream containers that are great for mixing and vacuum degassing resins and silicones.
Chopped Strand Mat 300gm
$7.48 (inc. gst)
Our CSM 300gm is an emulsion chopped strand mat made of randomly distributed chopped E-glass strands held together by an