Plastic Modular Belt Conveyor

The modular belts are usually made from high-performance engineering thermoplastics such as PP, PE, POM, or nylon. The conveyor structure is available in S.S. 304 / M.S. models (often 32 mm square pipe with matt finish or painted), while the table top is typically S.S. 304 16-gauge sheet. Contact and structural parts can also be supplied in SS 316 for higher hygiene requirements.

Common configurations include:

• Flat Top – smooth closed surface for stable product transfer
• Flush Grid / Flat Grid – open-mesh design for drainage and air circulation
• Raised Rib – elevated ribs that work with finger plates for side transfers
• Friction Top / Rubber-Covered – high-friction inserts to prevent slippage on inclines or declines.

Yes. Speed, length, height, and width can be tailored to specific requirements. Belt width is determined by product dimensions, belt speed is set according to production needs, and overall machine length varies by industry application. Power voltage can also be adjusted to match local supply.

It features a 3-speed pulley system, special self-aligning bearings for smooth roller rotation, and a reduction gear box that delivers jerk-free and noiseless performance. These elements ensure reliable, long-term operation with minimal vibration.

It is widely applied in the pharmaceutical, nutraceutical, herbal, Ayurvedic, biotech, cosmetic, and chemical industries for material handling and automated production lines.

Key benefits include high operational speeds, quick changeovers for different products, gentle product handling that reduces damage, and easy integration into complete production lines. The modular design also supports easy maintenance and cleaning.

Typical specifications include:

• Belt width: tailored to product size
• Belt speed: customized to production rate
• Material: SS 304 / SS 316
• Power: 3-phase, 415 V, 50 Hz (adjustable)
• Machine length: variable as per industry needs.

Unlike continuous fabric or rubber belts, modular plastic belts consist of individual interlocking segments connected by hinge rods. This design offers greater flexibility, easier repair (individual modules can be replaced), better hygiene, superior chemical resistance, and specialized surface options for drainage, grip, or product transfer.

Yes. With stainless-steel construction options (SS 304/SS 316), open-mesh grid styles for drainage, and easy-to-clean modular surfaces, it is well-suited for pharmaceutical, food, and other hygienic applications that require frequent cleaning and compliance with industry standards.