Custom Pallet Solutions
Need a non-standard size, specialty material, or engineered pallet? We design and build custom solutions tailored to your exact specifications and compliance requirements.
Request a Quote
Fill out the form and our team will get back to you within 24 hours with a customized quote.
What We Build
When off-the-shelf pallets do not fit your needs, we engineer solutions from scratch. Our shop can handle any dimension, any wood species, and any load-bearing requirement.
Custom-Size Pallets
Any length, any width. We build pallets to your exact dimensions — from compact 24x24 platforms to oversized 72x72 shipping bases. Perfect for products that do not fit standard footprints.
Any dimension from 24" to 96"Heat-Treated Pallets
ISPM-15 certified heat treatment for international export compliance. Pallets are heated to a core temperature of 56 degrees Celsius for 30 minutes to eliminate pests and pathogens.
ISPM-15 / HT certifiedHeavy-Duty Pallets
Engineered for extreme loads — machinery, industrial equipment, steel coils, and other heavy cargo. Reinforced stringers, thicker deck boards, and additional fastener patterns.
Load ratings up to 10,000 lbsSpecialty Pallets
Wing pallets, flush pallets, double-face pallets, notched stringers, partial deck configurations — we build any pallet style for any application or automation system.
Any style or configurationExport Crates & Skids
Open and closed wood crates, shipping skids, and platform bases for export. Built to withstand ocean freight, rail, and intermodal handling environments.
Ocean, rail & air freight readyCustom Wood Products
Beyond pallets — we fabricate custom dunnage, blocking, bracing, and packaging components from reclaimed and new lumber. Ideal for specialized shipping requirements.
Dunnage, blocking & bracingHeat Treatment
for Export
International Phytosanitary Measure No. 15 (ISPM-15) requires that all wood packaging materials used in international trade be treated to eliminate the risk of invasive pest transmission. Our heat treatment process meets and exceeds these requirements.
Core Temperature: 56°C / 132.8°F
Wood must reach 56°C throughout its entire cross-section for a minimum of 30 consecutive minutes.
Certified & Stamped
Every heat-treated pallet receives the official IPPC/HT stamp, accepted by customs authorities in 180+ countries.
Full Documentation
We provide heat treatment certificates with kiln charge records, temperature data, and batch tracking for audit compliance.
Re-Treatment Available
Previously treated pallets that have been repaired with untreated lumber need re-treatment. We handle the full re-certification process.
Who Needs Heat Treatment?
If your wood pallets or crates are crossing international borders, you almost certainly need ISPM-15 heat treatment. Non-compliant shipments can be rejected, quarantined, or destroyed at the destination port.
The Custom Build Process
From initial consultation to final delivery, our custom build process is designed to get you exactly what you need — on time and on spec.
Consultation & Needs Assessment
Day 1We start by understanding your application. What product are you palletizing? What are the weight requirements? How will it be shipped — truck, rail, ocean? Are there racking or automation considerations? We ask these questions upfront so the final product is exactly right.
Design & Specification
Days 1-2Based on your requirements, we draft a complete pallet specification: dimensions, board thickness, stringer type, wood species, fastener pattern, and entry points. We share the spec with you for review and approval before cutting a single board.
Prototype (If Needed)
Days 2-3For complex or high-volume orders, we build a prototype for your team to test. This catches any fit or function issues before full production begins — saving time and money on the production run.
Production
Days 3-7Once the spec is approved, our shop goes into production. We source the right lumber, cut to dimension, and assemble using pneumatic nailers for consistent fastener placement. Quality checks happen at every stage.
Treatment & Finishing
Days 5-8If your pallets require heat treatment, fumigation, or custom branding (stenciled logos, color-coded markings), this happens after assembly. All treatments are fully documented and certified.
Delivery
Days 7-10Finished pallets are loaded, stretch-wrapped, and delivered to your facility on our trucks. We confirm placement on-site and make sure everything meets your expectations before we leave.
Common Custom Applications
Oversized Industrial Equipment
Turbines, compressors, generators, and other heavy machinery require pallets with reinforced construction and custom footprints. We engineer pallets rated for 5,000-10,000 lb loads.
Automated Warehouse Systems
Automated storage and retrieval systems (AS/RS) demand pallets with precise dimensional tolerances. A quarter-inch deviation can jam the entire system. Our custom builds hold tight specs.
Retail Display Pallets
Quarter pallets and half pallets built to fit retail display floor plans. Clean finish, consistent appearance, and branded markings for point-of-sale merchandising.
Export & International Shipping
Pallets built to foreign standard dimensions (EUR, Asia-Pacific) with ISPM-15 heat treatment. Includes documentation packages for smooth customs clearance at destination.
Chemical & Pharmaceutical
Spill-containment pallets with solid decks, raised edges, and chemical-resistant treatments for hazmat and pharmaceutical applications. Built to FDA and DOT specifications.
Multi-Trip Pooling Pallets
Durable, branded pallets designed for pool systems. Built to survive 15-20 trips with minimal maintenance. Includes color coding and tracking identification marks.
Custom Build Parameters
Below are the ranges and options available for custom pallet builds. If your requirement falls outside these parameters, contact us — we love a challenge.
Design Process Walkthrough
Every custom pallet starts as a conversation and ends as a precision-built product. Here is a detailed look at each phase, with realistic timelines for a typical 500-unit custom order.
Discovery Call & Needs Assessment
We start with a detailed conversation about your application. Our design team asks targeted questions: What product will sit on this pallet? What is the maximum weight per unit load? How will it be shipped — truck, rail, ocean container? Will it enter automated racking or conveyor systems? Are there dimensional constraints from your packaging line? Does it need to ship internationally? This conversation shapes every decision that follows.
Engineering & Specification Drafting
Our team translates your requirements into a complete technical specification. This includes exact dimensions (length, width, height), board thickness and spacing, stringer or block configuration, wood species selection, fastener type and pattern, entry point layout, and any treatment or marking requirements. We calculate load capacity using the NWPCA Uniform Standard for Wood Pallets to ensure your pallet meets or exceeds the specified load rating.
Review & Approval
We present the specification to your team for review. This is the time to refine dimensions, adjust board spacing, change wood species, or modify the stringer design. We welcome revisions — it is far cheaper to change a specification on paper than to rebuild 500 pallets. Most customers approve within 24 hours; complex projects may take 2-3 iterations.
Prototype Build & Testing
For orders over 200 units or when dimensional tolerances are critical, we build 2-3 prototype pallets for your team to test in real-world conditions. Load your product, run it through your conveyor, rack it, and ship a test load. Prototyping catches fit and function issues that drawings alone cannot reveal — and prevents costly rework on the full production run.
Full Production
Once the prototype is approved, our shop runs full production. We source the specified lumber, cut to dimension using automated saws for consistency, and assemble using pneumatic nailers with calibrated fastener depth settings. Quality checks happen at 3 points: after cutting, after assembly, and after treatment. A 500-unit order typically takes 3-5 production days depending on complexity.
Treatment, Marking & Delivery
Pallets requiring heat treatment are loaded into our kiln for the ISPM-15 cycle (56 degrees C core temperature for 30+ minutes). Custom stenciling, color-coded markings, or barcode labels are applied after treatment. Finished pallets are stretch-wrapped, loaded onto our trucks, and delivered directly to your facility with a full documentation package.
Material Options for Custom Builds
The right wood, the right treatment, and the right fasteners make the difference between a pallet that lasts 3 trips and one that lasts 30. Here are your options.
Wood Species
Southern Yellow Pine (SYP)
Most popular. Good strength-to-weight ratio. Easy to nail and heat-treat. Cost-effective for most applications. Hardness: 870 Janka.
Best for: General-purpose, mid-weight loads
Red Oak
Premium hardwood. Excellent load capacity, highly resistant to impact and splitting. Heavier than softwood. Hardness: 1,290 Janka.
Best for: Heavy-duty, high-cycle pooling pallets
Hard Maple
The hardest common pallet wood. Superior wear resistance. Dense grain resists nail back-out. Hardness: 1,450 Janka.
Best for: Automated systems, extreme loads
Mixed Hardwood
Blend of oak, maple, ash, and other hardwoods. Economical alternative to single-species hardwood. Consistent performance. Hardness: 1,000-1,300 Janka.
Best for: Cost-effective durability
Spruce / Pine / Fir (SPF)
Lightweight softwood blend. Easy to handle, lower shipping weight. Ideal for one-way and export applications. Hardness: 500-700 Janka.
Best for: Lightweight loads, export pallets
Treatments
Heat Treatment (HT)
Pallets are heated in our kiln until the core reaches 56 degrees C (132.8 degrees F) for a minimum of 30 consecutive minutes. Eliminates insects, larvae, and pathogens.
ISPM-15 / IPPC stamped
Cost: $1.50 — $3.00 per pallet
Kiln Drying (KD)
Wood is dried in a controlled kiln to reduce moisture content to 19% or below. Prevents warping, reduces weight, and inhibits mold growth during storage and transit.
KD stamp available
Cost: $2.00 — $4.00 per pallet
Methyl Bromide (MB)
Chemical fumigation treatment. Being phased out globally due to environmental concerns. We offer this only where specifically required by destination country regulations.
MB stamp per ISPM-15
Cost: Quoted per project
Anti-Mold Coating
Water-based fungicide applied to all surfaces to prevent mold and mildew growth. Essential for pallets shipping to tropical climates or stored in high-humidity environments.
Application certificate provided
Cost: $0.75 — $1.50 per pallet
Fasteners
Ring-Shank Nails
Our standard fastener. The ridged shaft provides 40% more holding power than smooth-shank nails. Resists nail back-out caused by vibration, impact, and humidity cycling.
Sizes: 2-1/4" to 3-1/2" length, 0.113" to 0.131" diameter
Screw-Shank Nails
Helically threaded for maximum holding power — 60% stronger than smooth-shank. Excellent for heavy-duty and high-cycle pooling pallets where nail retention is critical.
Sizes: 2-1/4" to 3" length, 0.113" to 0.120" diameter
Deck Board Screws
Used for premium and specialty pallets where nail back-out is unacceptable (pharmaceutical, cleanroom, food-processing applications). Highest holding power but slower assembly.
Sizes: #10 x 2-1/2" to #10 x 3" coated deck screws
Carriage Bolts
Used for heavy-duty companion board reinforcement on stringer repairs and high-load custom builds. Provides permanent mechanical fastening that cannot pull through under load.
Sizes: 3/8" x 3" to 3/8" x 5" with nuts and washers
Custom Pallet Case Studies
These three projects illustrate how custom pallet engineering solves real problems that off-the-shelf pallets cannot address.
Aerospace Parts Manufacturer — Mesa, AZ
An aerospace components manufacturer needed pallets for shipping precision-machined turbine housings weighing 4,200 lbs each. Standard GMA pallets were failing under the concentrated point load, causing stringer cracks and deck board splits during forklift handling. The parts also required vibration dampening to prevent surface damage during truck transit.
We designed a 60 x 48 heavy-duty pallet using 1-inch thick Red Oak deck boards with 3/4-inch spacing, triple-laminated Oak stringers (three 2x4 boards bolted together), and a full bottom deck for racking stability. Fasteners were upgraded to screw-shank nails with carriage bolts at all stringer joints. Anti-vibration pads were recessed into the top deck surface to cradle the turbine housing.
Zero pallet failures across 2,400 shipments over 18 months. The customer reduced part damage claims by 94% and saved $180,000 in replacement part costs during the first year. The custom pallet cost $38 per unit — roughly 3x the price of a standard pallet, but the ROI was achieved within the first 60 shipments.
National Beverage Distributor — Phoenix, AZ
A major beverage distributor was experiencing 12-15% pallet failure rates in their high-throughput automated distribution center. Standard recycled pallets varied in dimensions by up to 1/2 inch, causing jams in their conveyor system and automated storage/retrieval (AS/RS) racking. Each jam required 20-30 minutes of downtime for clearing, costing the facility an estimated $450 per incident.
We built a custom 48x40 pallet to their exact dimensional specifications with a +/- 1/8 inch tolerance — half the tolerance of standard industry pallets. We used kiln-dried Southern Yellow Pine for dimensional stability, a 7-board top deck with precise 3.5-inch spacing for conveyor roller compatibility, and chamfered lead boards for smooth entry into their automated guides.
Conveyor jams dropped from 8-10 per week to less than 1 per month — a 96% reduction. Annual downtime savings exceeded $200,000. The customer now orders 3,000 custom pallets per month on a recurring schedule and has standardized on our spec across three distribution centers.
Agricultural Equipment Exporter — Yuma, AZ
A farm equipment exporter needed ISPM-15 compliant pallets for shipping 200-400 lb irrigation components to distributors in Mexico, Australia, and Southeast Asia. Standard export pallets were too heavy, driving up ocean freight costs. Additionally, certain destination countries (Australia, New Zealand) required enhanced phytosanitary documentation beyond the standard IPPC stamp.
We designed a lightweight 42x42 export pallet using SPF (Spruce/Pine/Fir) lumber — 35% lighter than the hardwood pallets the customer had been using. The pallet was heat-treated in our kiln with full temperature logging, IPPC/HT stamped, and accompanied by a comprehensive documentation package including kiln charge records, batch certificates, and a letter of compliance referencing Australian BICON import requirements.
The lighter pallets reduced ocean freight costs by $2.80 per pallet on average — saving $14,000 annually on their 5,000-unit export volume. Zero shipments were rejected or quarantined at any destination port. The documentation package satisfied Australian biosecurity inspectors on first review, eliminating the 7-10 day quarantine delays the customer had experienced with their previous pallet supplier.
Prototyping: Test Before
Full Production
A prototype eliminates guesswork. For a fraction of the cost of a full production run, you get a physical pallet to test in your actual environment — your conveyor, your racking, your truck, your product. Here is how our prototyping process works and why it saves you money in the long run.
When We Recommend Prototyping
We recommend prototypes for any order over 200 units, any pallet entering an automated system (AS/RS, conveyor, robotic palletizers), any new dimensional spec that has not been tested in your facility, and any application where the pallet interacts with precision machinery or tight clearances.
What You Receive
Typically 2-3 prototype units built to the exact specification. Prototypes are built using the same materials, fasteners, and assembly methods that will be used in full production — so what you test is exactly what you will receive at scale.
Testing We Recommend
Load your heaviest product onto the prototype. Run it through your conveyor system. Fork it from every entry point. Stack it in your racking. Ship a test load on a real truck route. The goal is to stress-test the pallet under real conditions before committing to a full run.
Revision Turnaround
If testing reveals an issue — a board gap is too wide for your roller conveyor, or the stringer needs to be 1/4 inch thinner for rack clearance — we modify the spec and build revised prototypes within 48 hours. Most projects require 0-1 revisions.
Prototype Cost
Prototype pallets are billed at standard per-unit pricing with no setup fee. For orders over 500 units, we waive the prototype cost entirely — the 2-3 prototype pallets are built at no charge as part of the design process.
Prototype vs. Production Timeline
Prototyping adds 2-3 days to the overall timeline but can save weeks of rework if a design issue is caught before full production begins.
ISPM-15 Heat Treatment: Complete Technical Details
If your pallets are crossing international borders, ISPM-15 compliance is not optional — it is the law. Here is everything you need to know about our heat treatment process, certification, and documentation.
Treatment Process — Step by Step
1. Pre-Treatment Inspection
Every pallet is inspected for bark, excessive moisture, and contamination before entering the kiln. ISPM-15 requires that all bark be removed to a specific threshold (bark pieces must be less than 3 cm wide or less than 50 square cm in total). We strip all bark to ensure compliance.
2. Kiln Loading
Pallets are loaded into our commercial kiln on racks with air gaps between each unit for uniform heat distribution. Temperature probes are inserted into the thickest cross-section of sample pallets in each batch — typically the center of the stringer — to monitor core temperature in real time.
3. Heat Cycle
The kiln temperature is ramped to 70-75 degrees C (158-167 degrees F) ambient. We hold the chamber at temperature until all core probes confirm that every pallet in the batch has reached 56 degrees C (132.8 degrees F) core temperature. The 30-minute minimum hold timer starts only after the last probe hits 56 degrees C.
4. Cool-Down & Stamping
After the heat cycle, pallets are gradually cooled to ambient temperature over 2-4 hours to prevent thermal stress cracking. Once cooled, each pallet receives the official IPPC/HT mark: our registered company code, country code (US), and the HT treatment designation.
5. Documentation
We generate a complete treatment certificate for every batch. This document includes: kiln charge number, treatment date, number of pallets treated, core temperature data log, duration of the 56 degrees C hold period, and our IPPC registration number. This documentation package satisfies customs authorities in 180+ countries.
Technical Specifications
Common Questions About Heat Treatment
Do repaired pallets need re-treatment?
Yes. If any untreated wood is added during repair, the entire pallet must be re-treated and re-stamped to stay ISPM-15 compliant.
How long does heat treatment certification last?
The HT stamp has no fixed expiration, but re-treatment is required if new wood is added, contamination occurs, or the stamp fades.
Which countries require ISPM-15?
More than 180 IPPC member nations enforce ISPM-15, including the US, Canada, EU, China, Japan, Australia, and Brazil.
Can you supply documentation with each batch?
Yes. Every batch includes kiln charge numbers, dates, probe data, and our IPPC registration on the certificate.
Do you design custom pallets for export packaging?
Absolutely. We engineer custom sizes and materials to meet ISPM-15 and destination-country specs.