If you operate a layer or broiler chicken farm in Southeast Asia, you already know the daily struggle: ammonia buildup, wet manure sticking to belts, and frequent belt replacements that eat into your profits. The right poultry manure removal belt changes everything.

Annilte has manufactured conveyor belts for poultry operations for 17 years. We understand exactly what Southeast Asian farms face—high humidity, intense heat, and the need for equipment that simply keeps running. This guide covers what matters most when selecting your next manure removal belt.

Why PP Material Is Your Best Choice

Polypropylene (PP) manure belts have become the industry standard for modern chicken farms, and for good reason. High-quality PP offers excellent chemical resistance against the acids in poultry manure, meaning your belt won't degrade from constant exposure .

But not all PP belts are equal. Many suppliers cut costs by using recycled material or fillers. The results? Belts that turn brittle within months, crack at the edges, and stretch until they derail.

Annilte uses 100% virgin PP from Sinopec, with verified performance: 6% higher tear strength and 9% improved elastic modulus compared to standard materials. That translates to belts that hold their shape and keep tracking straight, season after season.

Built for Southeast Asia’s Climate

Southeast Asia’s combination of high heat and humidity creates specific challenges. Manure becomes wetter and stickier. Mold and bacteria thrive. Belts that work fine in drier climates can fail prematurely here.

Annilte engineers belts specifically for these conditions:

Anti-mold and antibacterial treatment — inhibits Salmonella and other pathogen growth, keeping your poultry house cleaner and reducing disease risk .

UV stabilization — for farms where belts may be exposed to sunlight, preventing the chalking and cracking that destroys unprotected belts .

Precision thickness control — our belts maintain thickness tolerance within ±0.05mm, ensuring uniform density that prevents mistracking and extends belt life .

For Southeast Asian farms, we typically recommend 1.0mm to 1.2mm thickness, with 1.0mm being the cost-effective standard for most layer operations .

Choosing the Right Thickness

This is one of the most common questions we receive from farm managers. The answer depends on your specific setup:

If you run a breeder operation, the manure is typically wetter and heavier. In that case, upgrading to 1.2mm is not an expense—it's insurance against premature belt failure .

The Mistracking Problem—Solved

Ask any poultry farmer what frustrates them most about manure belts, and you'll hear the same answer: belts that won't stay centered. Frequent adjustments, edge wear, and eventually complete derailment.

The root cause is internal stress in the belt. Low-quality manufacturers skip the stress-relief processes, and the belt “remembers” the tension from manufacturing. It warps and wanders.

Annilte addresses this with a secondary constant-temperature stretch-setting process that completely releases internal stress. Combined with anti-deviation card strips and roller devices on both sides, our belts track straight from day one with minimal adjustment needed .

What Our Southeast Asia Customers Say

Farms in the Philippines, Vietnam, and Thailand choose Annilte for practical reasons:

“Our previous belts stretched within 6 months. The Annilte belt has been running for over two years with no deformation.” — Layer farm manager, Vietnam

“The anti-stick surface makes a real difference. Less manure carrying back on the return side, cleaner house.” — Broiler operation, Philippines

Customization for Your Specific Setup

No two chicken houses are identical. Annilte offers full customization to match your existing cage system:

• Width: up to 2.3 meters, custom-cut to your exact specifications
• Length: in rolls or pre-spliced to your required dimensions
• Thickness: 0.8mm to 2.0mm available
• Special features: perforation, guide strips, reinforced edges

We also manufacture finger-type stepped overlap joints with ≥95% of the belt body's tensile strength. If you prefer on-site splicing, we provide detailed guidance for ultrasonic welding .