Ewen 25.6x17.7 Inches Large Heat Resistant Placemats Silicone Mat, 2MM Thick Countertop Protector Mat for Appliances, Coffee Maker,Kitchen Table, Workbench Mat for Polymer Clay Gray : Home & Kitchen
Materials and Additives - Alan Harper Composites
Large Size: 25.6 x 17.7 x 0.08 Inches / 65cmX45cmX2mm silicone mat, big enough for covering a large work area and keeping everything together on 1
Ewen 25.6x17.7 Inches Large Heat Resistant Placemats Silicone Mat, 2MM Thick Countertop Protector Mat for Appliances, Coffee Maker,Kitchen Table
Ewen 25.6x17.7 Inches Large Heat Resistant Placemats Silicone Mat, 2MM Thick Countertop Protector Mat for Appliances, Coffee Maker,Kitchen Table, Workbench Mat for Polymer Clay Gray : Home & Kitchen
Platinum Cure Moldmaking Silicone Rubber
R-2315 15A Platinum Silicone
Medical grade High Consistency Rubber
Platinum Cure Silicone for Food Mold Making
Rubber Sand Cone, Mini, Fillauer LLC
XX Large Size: 31.6x23.5x0.08inches / 80cmX60cmX2mm silicone mat, big enough for covering a large work area and keeping everything together on 1 place, protecting your tabletop and countertop for appliances, make food prep and baking easier, provides safe and clean environment for dining and cooking. Premium Material: Made of all food-grade silicone material and BPA-free. Can withstand temperatures from -40 to 446°F, providing better insulation. No odor. Non-fading. Non-staining.
Ewen 25.6x17.5 Inches Large Heat Resistant Placemats Silicone Mat, 2mm Thick Countertop Protector Mat for Appliances, Coffee Maker, Kitchen Table
Platinum Cured Silicone / High Consistency Rubber (HCR) Silicone Sheet, SSP4749 Series High Purity Silicone Rubber
Large Size: 25.6 x 17.7 x 0.08 Inches / 65cmX45cmX2mm silicone mat, big enough for covering a large work area and keeping everything together on 1
Ewen 25.6x17.7 Inches Large Heat Resistant Placemats Silicone Mat, 2MM Thick Countertop Protector Mat for Appliances, Coffee Maker,Kitchen Table
Silicone VBS26-35 available in 40kg packs - Alan Harper Composites
Fused filament fabricated PEEK based polymer composites for orthopaedic implants: a review