How stable is the crushing performance on collagen casings?

Today we're showcasing a special material test: 

a sausage collagen casing crushing experiment!

This material is a typical flexible material, characterized by:

✔ Difficult to break

✔ Prone to tangling and slipping in equipment

Ordinary crushers struggle to handle this, but our strong crusher is specifically 

designed for these "soft yet flexible materials." Optional belt conveyor (with metal detector or magnetic frame)

✅ Highlights of this test results

1️⃣ Highly efficient crushing, easily crushing even soft materials

The blades form a stable V-shaped shear angle, allowing the blades to quickly "bite" 

and crush the material as it enters the crushing chamber, avoiding common slippage 

and feeding problems.

2️⃣ Optimized anti-entanglement design for flexible films

The blade holder spacing, blade angle, and rotation speed parameters have all been optimized, 

resulting in stronger gripping force on tough materials and effectively reducing:

❌ Blade entanglement

❌ Shaft entanglement

❌ Material blockage

Truly achieving stable operation over long periods.

3️⃣ Uniform output, beneficial for downstream processing

The crushed material is of uniform size, making it ideal for: washing lines, 

dewatering, and granulation, significantly improving the efficiency of the entire production line.

✅ Wider range of applicable materials, not just sausage casings!

This test proves that:

✅ Collagen films, plant films, and protein sausage casings for the food industry

✅ Plastic film scraps, packaging films, and flexible materials

✅ Hard plastics such as plastic bottles, pipes, and profiles

can all be easily handled.

This powerful crusher maintains stable feeding, crushing, and discharging performance, 

making it a highly efficient solution for plastic processing.