For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   The concentrates can be tailored to achieve the desired level of jetness while also taking into account other considerations such as lot-to-lot consistency, cost, and formulation transfer to different regions and technologies.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   The concentrates can be tailored to achieve the desired level of jetness while also taking into account other considerations such as lot-to-lot consistency, cost, and formulation transfer to different regions and technologies.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   The concentrates can be tailored to achieve the desired level of jetness while also taking into account other considerations such as lot-to-lot consistency, cost, and formulation transfer to different regions and technologies.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   The concentrates can be tailored to achieve the desired level of jetness while also taking into account other considerations such as lot-to-lot consistency, cost, and formulation transfer to different regions and technologies.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   The concentrates can be tailored to achieve the desired level of jetness while also taking into account other considerations such as lot-to-lot consistency, cost, and formulation transfer to different regions and technologies.

They use no heavy metal or restricted ingredients, color and material changeover time can be reduced, and meet the growing market need for a cost-effective solution. Better cost effectiveness with lower dosage Specialty toner for PC materials for premium surface finish, color consistency and better cost effectiveness

Adding this technology to bottle preforms enables improved recyclability and reduces energy consumption by up to 30% compared with reheat-free PET resin for substantial production cost savings.  We can now work with PET manufacturers in China to help them improve sustainability, combat rising energy costs, and achieve greater market success.”     To calculate cost and energy savings when using Joule RHB in specific applications, download the ColorMatrix Energy and CO2 Calculator App.   

Producing your plastisol in-house can be one way to save costs, but it also comes with a number of challenges that could have an impact on your overall operations. Scrap disposal: Be sure to consider the cost of scrap plastisol disposal. Astute planning keeps scrap to a minimum and helps offset the costs associated with disposal.

Cycle time improvement, reduced maintenance costs, color standardization mark success Cost reduction related to downtime and maintenance for the material conveyor line Overall, cost performance for the new material was 40 percent better than for other competitive materials – a level of value the supplier didn’t anticipate when merely seeking another source for a commodity raw material.

Using less of a higher performing material is not only a tactic to reduce weight but can also lower overall material costs, especially when fiber reinforcement is used to up-engineer the structural properties of a lower cost polymer or as a price diluent in higher cost engineering resins.   Lower System Cost When all the costs of producing a component are accounted for, using a material that is easier to work with can result in lower overall costs even if it is more expensive on a per pound or kilogram basis.