Helping San Antonio Businesses Reduce Freight Costs and Improve Warehouse Efficiency

As one of Texas’s fastest-growing industrial and logistics markets, San Antonio companies depend on Custom Packaging Products to keep their operations lean and cost-effective. Our fiber slip sheets replace traditional wooden pallets—saving space, lowering freight costs, and helping manufacturers and distributors move goods more efficiently.

From the I-35 logistics corridor to industrial parks in Seguin, New Braunfels, and the South Side, Custom Packaging Products’ slip sheets deliver reliable performance for businesses that demand strength, sustainability, and savings.

Call Or Text Now to Get a Quote: 832-400-1394

Why San Antonio Businesses Choose Slip Sheets from Custom Packaging Products

Lightweight and Cost-Reducing: Eliminate pallet weight and increase payload capacity per truckload or container.

Maximize Warehouse Space: Free up storage and staging areas—perfect for tight facilities and high-volume operations.

Strong Fiberboard Design: Engineered for push-pull forklift systems and repetitive use in demanding environments.

Eco-Friendly and Export-Compliant: Manufactured from 100% recyclable fiberboard materials suitable for international shipping.

Custom Sizes and Strengths: Available in a variety of thicknesses and dimensions to meet your specific packaging needs.

Trusted by Texas Industries

Across San Antonio and the South Texas region, Custom Packaging Products’ slip sheets are trusted by companies in:

Buy or Sell Slip Sheets in San Antonio, TX

At Custom Packaging Products, we supply and buy slip sheets in truckload quantities throughout San Antonio and South Texas. Whether you’re sourcing new slip sheets or selling surplus packaging materials, we provide competitive pricing, fast delivery, and dependable nationwide service.

📞 Contact Custom Packaging Products today for a quote on slip sheets in San Antonio, TX — and learn how our sustainable pallet alternatives can help lower shipping costs and improve supply chain efficiency.