Arc-shaped Plastic Intalox Saddle Ring (PVC/PP/PVDF) 25/38/50mm – High Efficiency Random Tower Packing

Short Description:

Plastic Intalox Saddle Ring is a widely-used random tower packing for industrial processes, blending ring and saddle designs. It features a high void ratio (up to 97% for some sizes), low pressure drop, and uniform gas-liquid contact to boost mass transfer efficiency. Made of heat/chemical-resistant plastics (PE, PP, PVC, PVDF), it suits 60–150°C media, and is commonly applied in absorption, distillation, and scrubbing towers across chemical, environmental, and petroleum industries.

Material Available: PP/PE/PVC/CPVC

Feature: High voidage, low pressure drop, superior mass transfer

Application: Tower packing for absorption, scrubbing & stripping

Size: 25/38/50/76mm

Bulk density(kg/m³): 92/75/76/64

Surface area(㎡/m³): 260/178/168/130

MOQ: 1 Cubic Meter

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Plastic Super Intalox Saddle Ring Product Description

Plastic Super Intalox Saddle Ring is a high-efficiency random tower packing that combines the strengths of ring and saddle configurations—one of the most sought-after packing solutions for industrial tower operations. It inherits the stable mass transfer performance of saddle packings and the excellent gas-liquid circulation of ring packings, solving the uneven liquid distribution and limited flux issues of single-type packings to boost overall operational efficiency.

Core Design & Performance Advantages

Its unique curved saddle structure (with enhanced openings) optimizes liquid film distribution and minimizes wall flow—key for uniform phase contact. The rational internal cavity expands gas channels, ensuring unobstructed circulation and sufficient gas-liquid contact (a top priority for users searching "high mass transfer efficiency packing").
Compared to traditional Pall Rings (a commonly searched benchmark), it offers lower flow resistance, larger flux, and higher mass transfer efficiency—ideal for high-demand tower processes (aligned with searches like "low pressure drop industrial packing").

Material & Durability

Constructed from engineering plastics (PP, PE, PVC, PVDF—high-frequency search materials), it features strong hardness and structural stability, avoiding deformation during transport and use. With excellent corrosion resistance, low fouling risk, and easy maintenance, it reduces overall operational costs while retaining core benefits: low pressure drop, large flux, and sustained high efficiency.

Wide Industrial Applications

It’s widely applied in high-demand processes across petrochemical, chlor-alkali, environmental protection, and coal gas industries—including absorption, scrubbing, stripping, and distillation (matching searches like "chemical tower packing for distillation" or "absorption tower random packing"). As a versatile, cost-effective packing material, it helps optimize process efficiency and cut energy consumption.

Model Specification	Dimensions (D×H×T, mm)	Specific Surface Area (m²/m³)	Void Ratio (%)	Packing Qty per m³ (pcs)	Bulk Density (kg/m³)	Dry Packing Factor (m⁻¹)
Φ25	25×12.5×1.2	260	90	51200	92	473
Φ38	38×19×1.4	178	96	25200	75	201
Φ50	50×25×1.5	168	97	9400	68	184
Φ76	76×38×3.0	130	98	3700	52	138

Key Features	Material Options	Applications
Combines ring&saddle advantages, low resistance, large throughput, high mass transfer efficiency, anti-deformation, corrosion-resistant, easy maintenance	PP, PE, PVC, PVDF	Absorption, scrubbing, stripping, distillation in petrochemical, chlor-alkali, environmental protection, coal gas industries