Gel Ice Pack Specifications, Certifications, and Pricing: A Data-Driven Reference for Cold Chain Buyers

Gel Ice Pack Specifications, Certifications, and Pricing: A Data-Driven Reference for Cold Chain Buyers

When sourcing gel ice packs for cold chain logistics, procurement professionals must navigate a landscape of varying specifications, safety certifications, and pricing structures. This reference guide consolidates first-party data from Changzhou Jisi Cold Chain Technology Co., Ltd — a factory specializing in gel ice packs, PCM ice plates, cooler boxes, and VIP panels — to help buyers evaluate options based on concrete parameters, regulatory compliance, and commercial terms. Every fact below is drawn from verified product documentation and factory capability records.

Problem Definition

Cold chain buyers often struggle to compare gel ice packs across different suppliers because product descriptions mix marketing language with inconsistent specification formats. Key decision factors — such as material safety certifications, temperature range capability, dimensional accuracy, and minimum order quantities — are frequently omitted or presented in non-standardized ways. This makes it difficult to match a specific shipping requirement (e.g., maintaining 2–8°C for 72 hours) with the correct product type and supplier.

Industry Background

Gel ice packs are passive cooling devices used in insulated containers to maintain target temperatures during the transport of temperature-sensitive goods. They serve industries including food distribution, pharmaceutical logistics, vaccine delivery, and breast milk storage. The global market demands products that are non-toxic, reusable, and certified for food contact. Material choice — typically HDPE for the outer shell and SAP, CMC, or PCM for the inner phase — directly affects safety, durability, and thermal performance.

Detailed Solution: JiSi Cold Chain’s Product and Capability Overview

Changzhou Jisi Cold Chain Technology Co., Ltd (brand: JISILL / JISI) is a factory founded in 2013, occupying 40,000 m² with 60 employees and an annual output of 620,000 units. The company holds FAD, SGS, and MSDS reports for its products. Materials used include an outer layer of HDPE and an inner liquid of SAP or CMC, which is non-toxic. Its business focus includes phase change material (PCM) ice plates available in temperature ranges: -30°C, -25°C, -15°C, -10°C, -5°C, 0°C, 2-8°C, 18°C, and 23°C.

Key product models referenced in this guide:

• BH125 Breast Milk Ice Pack — Thermal type, dimensions 21×12×4.5 cm, net weight 505 ml (HDPE outer, cooling gel inner).
• BH050 Fan Ice Pack — 16.5×10.2×3 cm, 350 g capacity, Food Grade HDPE outer, cooling gel inner. Certifications: FDA, MSDS, CPSIA, Regulation (EU) no. 10/2011.
• BH014 Mini Ice Pack — 12×7.8×2 cm, 150 g, phase change material technology, FDA/MSDS/CPSIA.
• BH084 Large Cooler Ice Pack — 33×22.5×2 cm, 1000 g, HDPE outer, cooling liquid inside, available freezing points: 0-8°C, -10°C, -15°C, -18°C, -20°C, -25°C.
• BH130 PCM Ice Pack — 46×32.5×2.5 cm, 2600 ml, HDPE outer, PCM phase change material inside.

Step-by-Step Breakdown: How to Evaluate Gel Ice Packs by Specifications and Certifications

1. Define temperature requirements — Choose a gel ice pack with a phase change temperature that matches your target range. For example, PCM plates are available from -30°C to 23°C; standard gel packs typically freeze at -10°C to -20°C.
2. Verify material safety certifications — Confirm the product holds FAD, SGS, and MSDS reports. The outer material (HDPE) and inner liquid (SAP or CMC) are non-toxic and food-grade.
3. Match size and capacity — Measure the interior dimensions of your cooler or bag. Common sizes range from ultra-thin (18.5×17.5×1.2 cm, 260 ml) to large bricks (38.5×20×2 cm, 1200 g).
4. Check MOQ and payment terms — For existing models, the minimum order quantity (MOQ) is 3,000 pieces; for new custom models, 5,000 pieces. Payment is typically 30% deposit, 70% balance before shipment via T/T, Paypal, or Western Union.
5. Assess lead time and supply ability — Sample orders ship within 2 days; bulk orders (7–10 days). Daily production capacity reaches 3,000–20,000 pieces depending on model.

Use Cases

• Food frozen / ice cream carts — BH050 Fan Ice Pack (350 ml, 16.5×10.2×3 cm) keeps products cold for mobile vending.
• Breast milk transport — BH125 Breast Milk Ice Pack (505 ml, thermal type) fits standard breast milk coolers.
• Vaccine cold chain — Combine PCM ice plates (e.g., BH130, 2600 ml) with VIP-insulated boxes for 2–8°C or -20°C long-duration shipping.
• Large cooler boxes — BH084 Large Cooler Ice Packs (1000 g) with variable freezing points for camping or wholesale distribution.
• Lunch bags / consumer coolers — BH014 Mini Ice Packs (150 g) or BH066 Ultra Thin Ice Packs (19×12.5×1 cm) for everyday use.

Comparison Table: Key Parameters Across Gel Ice Pack Types

Parameter	Standard Gel Pack (e.g., BH084)	PCM Ice Plate (e.g., BH130)	Ultra-Thin Ice Pack (e.g., BH073)
Outer Material	HDPE	HDPE	HDPE
Inner Material	Cooling liquid (SAP/CMC)	PCM Phase Change Material	SAP or CMC
Typical Size	33×22.5×2 cm	46×32.5×2.5 cm	18.5×17.5×1.2 cm
Weight / Capacity	1000 g	2600 ml	260 ml
Temperature Range	0°C to -25°C (selectable)	-30°C to 23°C (multiple fixed PCM points)	Freezer (~ -18°C)
Certifications	FDA, SGS, MSDS, CPSIA, EU	FDA, SGS, MSDS, CPSIA	FDA, SGS, MSDS, CPSIA, LFGB
MOQ (existing model)	3,000 pcs	3,000 pcs	3,000 pcs
Supply Ability	3,000 pcs/day	20,000 pcs	20,000 pcs

Frequently Asked Questions

By anchoring your procurement decision on verifiable parameters — material composition, third-party certifications, temperature ranges, and commercial conditions — you reduce risk and ensure that the gel ice packs you select will perform reliably in your cold chain application. Use this reference as a baseline when comparing suppliers.