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Latex Foaming Machine Introduction: The latex foaming machine is the core equipment for producing Dunlop latex products (such as latex mattresses and latex pillow cores). Its main function is to mix liquid latex raw materials, foaming agents, and vulcanizing agents, fill them with air, and whip them to form a stable, uniform, and dense latex foam. The foam is then injected into the mold for heating and vulcanization to set the shape. Latex Foaming Machine Basic Data: 1.output

1200kg output capacity Latex Foaming Machine Workflow Putting the above steps together, a typical latex foaming machine workflow is as follows: 1. Preparation: Set the recipe parameters on the HMI. 2. Batching: The control system activates, and the metering pumps precisely pump latex, foaming agent, and vulcanizing agent. 3. Foaming: All raw materials and compressed air enter the foaming chamber, where the stirring motor rotates at high speed, whipping and aerating the

500kg output capacity Latex Foaming Machine Feeding and Dosing System This is the raw material preparation stage for foaming, ensuring the precise proportions of various chemical raw materials. · Raw Material Storage Tanks: These are used to store liquid latex (natural or synthetic), soap (foaming agent), vulcanizing agents, accelerators, and other additives. These tanks are typically equipped with agitators to prevent raw materials from settling. · Metering Pumps/Metering

80m lenth Latex Mattress Production line Introduction A complete latex mattress production line primarily includes the following core steps, which can be thought of as an "enlarged and upgraded" version of a latex pillow production line: --- Latex Mattress Production Line Process (Dunlop Process) Phase 1: Raw Material Preparation and Foaming 1. Raw Material Preparation and Mixing · Similar to pillows, natural and synthetic latex, along with additives such as vulcanizers,

120m lenth Latex Mattress Production line Injection Molding · Foamed latex is injected into the massive mold through large pipes and injection ports. The injection process must be fast and even to ensure the foam flows evenly into every corner of the mold, avoiding underfill and uneven density. 3. Vulcanization (Heat Curing) · The filled mold is fed into a large vulcanization tunnel or multi-layer hot press. · Key Challenge: Uniform Heating. Due to the thickness and large

120m length Latex Pillow Production line Latex pillows are primarily produced using the Dunlop process, with a few high-end products utilizing the Talalay process. The key difference between the two lies in their foaming and shaping methods. Below, I will use the mainstream Dunlop process as an example to provide a detailed description of the production line process. The entire production line can be divided into the following core steps: --- Latex Pillow Production Line

190m length Latex Pillow Production line Injection Molding · The expanded latex foam is metered into the prepared pillow mold through a pipe and injection gun. · The mold will not be completely filled because the foam will expand to a certain extent when heated. Stage 3: Vulcanization and Setting 1. Vulcanization (Heat Curing) · The mold filled with latex foam is placed in a vulcanization oven or vulcanizing chamber. · It is heated at a specific temperature (e.g., 110°C - 130

latex mattress moldsThey are a core component in latex mattress production, directly determining the mattress's shape, structure, functionality, and appearance.You can think of them as the mattress's "mother mold" or "precision casting," with the final product being an exact replica.The following is a detailed explanation of latex mattress molds:---I. The Core Functions of the Mold1. Shaping: Contains the latex foam and gives it its final three-dimensional shape and

latex pillow moldsSimilar to mattress molds, they are the "birthplace" of latex pillows, directly determining their final shape, functional details, and comfort.Latex pillow molds can be thought of as "refined, smaller versions" of mattress molds, but they are more unique in design and complexity.--I. Core Functions of the Mold1. Shaping: This gives the latex foam pillow its final three-dimensional shape, including various ergonomic curves (such as B-shaped and butterfly