Under a range of quality tests for ACETECH silicon bread mold , quality is guaranteed. It has passed tests of tearing strength, rigidity, strength, fitting, bendability, and so on. Complying with standard food grade, its material is safe and secure2.
ACETECH SILICONES CO., LTD. spares no effort to pursue better solutions that suit its customers' needs. The product features wonderful versatility in baking3.
This product does not generate harmonics that have a great influence on the quality of the illumination. The LED driver circuit and the rectifier filter circuit are all improved. Its molds, thickness, and colors can be customized according to customers' drawings4.
It allows sweat to be sucked away rather than be absorbed, which keeps sleepers cool and dry during the night. Its evenly baked surface protects the food from being burned and under-baked5.
It is characterized by high dimension accuracy. It is processed by the grinding process which aims to improve the finish of the surface and remove any defections. It is wear-resistant and can be used for a long time
The material adopts German food grade silicone fiberglass, breathable mesh design, lightning puff shape, shape and size can be customized, used for baking lightning puff, finger cookies (non-thin batter), bread, cream cookies, sand cloth.
Hold - 50 ℃ to + 230 ℃ temperature, usually suitable for all kinds of electric appliances such as microwave oven, oven, refrigerator, do not allow the Naked Fire.
You can design your own silicone loaf mold and send AI or PDF artwork to us.
|Material||Food grade silicone fiberglass|
|Shape/Color/Logo||Can be customized|
|Package||Opp bags or carton|
|AMMT-201702||6 cup Puff Perforated bread form||Material:silicone +glass fiber|
ACETECH SILICONES CO., LTD. is a scale and specialization company of silicon bread mold production.2.
Having a complete set of quality management platform, ACETECH may fulfill the requirements of different clients.3.
The purpose of our company is to achieve green and sustainable production. We will encourage fewer resources consumption, less pollution, and waste during our production.