Footwear manufacturing requires rubber compounds that combine flexibility, abrasion resistance, grip, and long-term durability. Rubber accelerators and processing chemicals are key ingredients in achieving these properties through controlled vulcanization and stable compounding. Variations in chemical quality can lead to inconsistent hardness, surface defects, cracking, or poor bonding, which directly affects finished footwear quality.
Accelerators such as MBT, MBTS, CBS, TBBS, ZDBC, and TMTD are commonly used in footwear rubber compounds to regulate cure speed and improve crosslink density. These accelerators help ensure that soles, sheets, and molded footwear parts cure evenly and maintain consistent physical properties. Antioxidants like TMQ and TDQ are added to protect rubber from heat, oxygen, and ageing, while Zinc Oxide acts as an activator to improve accelerator efficiency.
The use of reliable rubber chemicals allows footwear manufacturers to maintain uniform compound performance, reduce wastage, and achieve consistent product appearance and durability. Stable-quality inputs also support smoother processing and predictable production results.
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