Vacuum fried taro crisps processed under low-temperature frying technology to maintain taro starch structure, clean fracture texture, and stable light-purple appearance for snack brands and food manufacturing applications.

Product Specifications

Product Name	Vacuum Fried Taro crisp
Ingredients	Taro,Vegetable oil,Maltose
Specification	(Strip) Thickness: 1*1mm, Length: ≥20MM
Certificate	ISO 22002,HACCP,KOSHER,BRC,HALAL
Shelf life	12 months
Edible method	Ready to eat
Season	September-December
Brand	OEM or ASIA FARM
Processing method	Vacuum dehydration processing technology
Preservation method	Store in the shade at room temperature
Ways of payment	LC or TT TT 50% of the purchase price after the contract is signed and TT 50% of the purchase price before shipment.

Packaging & Delivery

Delivery time	15 days
Export port	Xiamen Port, China (The factory is about 1.5 hours' drive from Xiamen Port)
Nearest airport	Xiamen Gaoqi International Airport, China (The factory is about 1.5 hours' drive from Xiamen Gaoqi International Airport)
Packaging details	Supermarket or convenience store (color printing bag 50~100g/bag) Business use (aluminum foil bag 1kg/bag)

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Starch Structure Control

Taro contains dense starch and high internal moisture, requiring slower dehydration than common vegetable chips.

Multi-Stage Vacuum Frying

Vacuum pressure is reduced gradually during frying to prevent rapid surface hardening while internal moisture is still trapped.

Controlled Slice Thickness

Slices are typically controlled within a stable thickness range to improve heat penetration and reduce hard-center formation.

Low-Temperature Dehydration

Lower frying temperature helps reduce excessive starch hardening and burnt edge formation.

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Oil Absorption Management

Vacuum Pressure Control

Stable vacuum pressure reduces excessive oil penetration into porous starch tissue during dehydration.

Oil Filtration System

Continuous oil filtration helps reduce dark surface spots caused by starch residue buildup during frying.

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OEM Capability

Available Customization

Thin or thick cut formats
Light seasoning systems
Retail packaging design
Bulk foodservice packaging
Mixed vegetable chip formulations

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Packaging System

Moisture Barrier Packaging

Helps maintain crisp texture stability.

Anti-Breakage Structure

Reduces chip fragmentation during transportation.

Nitrogen Flushing Option

Helps reduce oxidation and maintain product freshness.

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FAQ

Why do taro chips sometimes become too hard?

Excessive dehydration or uneven slice thickness can create hard internal texture after frying.

What makes taro crisps different from potato chips?

Taro contains denser starch structure, creating a firmer crunch and different mouthfeel compared with potato chips.

Why can taro chips absorb more oil?

The porous starch structure of taro can absorb oil during frying if vacuum pressure and de-oiling are not properly controlled.

What affects crunch consistency in taro crisps?

Crunch stability depends on slice thickness control, moisture reduction uniformity, and packaging humidity protection.

Are taro crisps suitable for mixed vegetable snack products?

Yes. They are commonly blended with sweet potato, beetroot, and root vegetable chips in premium snack systems.

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Vacuum Fried Taro Crisp

Product Specifications

Packaging & Delivery

Starch Structure Control

Oil Absorption Management

OEM Capability

Packaging System

FAQ