Jul . 30, 2025 04:00 Back to list

High Quality Gate Valve 110mm – Durable & Reliable Shutoff Solution

The industrial valve market is undergoing a technological transformation, with products like the gate valve 110mm and specialty air release valves (Ductile Iron Double Orifice Air Release Valve for Water Supply) at the forefront. This article explores key industry trends, technical parameters, manufacturer comparisons, and custom solutions—anchored in real-world data and visual analytics for superior Google EEAT (Experience, Expertise, Authoritativeness, Trustworthiness) performance.

Industry Overview & Market Trends for Gate Valve 110mm

High Quality Gate Valve 110mm – Durable & Reliable Shutoff Solution

Gate valve 110mm stands as a core solution for medium/large pipeline shutoff applications, serving key industries such as water supply/distribution, petrochemicals, metallurgy, and energy sectors. According to MarketsandMarkets, the global industrial valve market will reach $80.4 billion by 2028, with resilient iron gate valves (like 110mm, 14-inch, 150 mm, 1500, and 15mm sizes) being driven by:

Growing infrastructure investment (municipal, desalination, urban utilities)
Stringent fluid isolation/contamination prevention regulations (ISO, EN, ANSI standards)
Emergence of automated/monitored gate valve solutions for smart water & energy management

Gate valve sizing (110mm, 14in, 15mm, 150mm, 1500) directly affects flow capacity, pressure resistance, and application suitability. 110mm—commonly used for medium-diameter pipelines—provides a trade-off between flow rate, cost, and installation footprint.

Industry Standard Sizes & Technical Data Overview

Valve Size	Valve Type	Bore Diameter	Max Working Pressure	Body Material	Connection Standards	Applications
Gate Valve 110mm	Resilient Seated/Metal Seated	110 mm (4.3 in)	16 bar (PN16)	Ductile iron GGG50/Carbon steel/WCB	ISO7005/EN1092/DIN/ANSI	Water supply, sewage, HVAC, fire protection
Gate Valve 14 inch	Rising stem/Non-rising stem	355.6 mm	10~16 bar	Ductile iron/WCB/SS304/SS316	ANSI B16.5/EN1092	Municipal pipelines, industry
Gate Valve 15 mm	Full bore/Standard bore	15 mm (½ in)	10~16 bar	Brass/Bronze/SS	BSP/NPT/ISO228	Residential, lab, small machines
Gate Valve 150 mm	Resilient seated	150 mm (6 in)	16~25 bar	Ductile iron	ISO2531/EN545	Water, gas, fire protection
Gate Valve 1500	High pressure, API 600/602	Nominal class 1500 (ANSI)	≥ 250 bar	Forged steel/Alloy steel	ANSI B16.5/B16.34	Oil, gas, high-pressure systems

Gate Valve 14 inch installations are pivotal in district heating, heavy industry, and municipal water supply, requiring robust construction and regulatory compliance. Whether for new infrastructure or retrofits, correct size selection (14in vs 110mm/150mm) determines system reliability, flow efficiency, and downtime risk.

Technical Parameters of Gate Valve 110mm and Product Comparison

For industrial pipeline designers, understanding the detailed specification of gate valve 110mm is essential to ensure fluid dynamics requirements, lifecycle reliability, and compliance with global ISO/ANSI standards.

Feature	Gate Valve 110mm	Gate Valve 150 mm	Gate Valve 14 inch	Gate Valve 15 mm
Face-to-Face	190 mm (per EN558)	210 mm (EN558)	457 mm (ANSI B16.10)	42 mm
Test Pressure	24 bar shell, 17.6 bar seat	24 bar shell, 17.6 bar seat	20 bar shell, 13.2 bar seat	16 bar
Material	Ductile Iron EN GJS-500-7	Ductile Iron EN GJS-500-7	WCB/SS316	Brass/Bronze
Temperature Range	-10°C~+80°C	-10°C~+80°C	-29°C~+425°C	-10°C~+90°C
Coating	Epoxy ≥250μm	Epoxy ≥250μm	Zinc+Epoxy	Nickel/Chrome plated
Main Industry Use	Water works, sewage, fire	Sewage, water, fire	Industry, power plant	Residential

Manufacturing Process: Gate Valve 110mm (Flow Diagram)

1. Raw Material Selection
(Certified GJS-500-7, test certificate ISO 10474)

2. Casting & Mold Formation
(Sand casting, shell mold as per ASTM A536)

3. CNC Machining
(Bore/face processing, ±0.02mm tolerance)

4. Assembly & Sealing
(Rubber wedge, brass/SS stem)

5. Surface Coating
(Fusion bonded epoxy, ≥250μm, WRAS/NSF)

6. Testing/Inspection
(Hydrotest, leakage test EN12266-1; visual & marking)

7. Packing & Delivery
(Palletized, ISPM-15, OEM tag)

Key QC Standards: ISO 9001:2015, EN1074-2, ANSI/ASME B16.10, with independent 3rd party test data included in each shipment.

Ductile Iron Double Orifice Air Release Valve for Water Supply is engineered for rapid air discharge and vacuum prevention in potable and industrial pipelines. The double orifice design minimizes pressure shock ("water hammer") and ensures continuous flow integrity.
For specifications, visit the product page.

Main Technical Indicators Comparison

Parameter	Ductile Iron Double Orifice Air Release Valve	Competitive Air Valve (Type A)
Nominal Diameter (DN)	DN50–DN300	DN50–DN200
Body Material	Ductile iron EN GJS-500-7	Cast iron GG20
Orifice Structure	Double orifice (large+small)	Single orifice
Sealing Material	EPDM/NBR (potable grade)	NBR
Test Pressure	1.5/1.1 MPa (EN12266-1)	1.5/1.0 MPa
Working Temp	-10°C–80°C	0°C–60°C
Coating	Epoxy >250μm (WRAS certified)	Enamel paint
Service Life	30+ years	15~20 years

Application Scenarios & Technical Advantages

Water Supply & Distribution: Gate valve 110mm and the double orifice valve ensure zero-contamination isolation, support high-cycle operations, and resist scaling/corrosion (fusion epoxy ≥250μm; tested per EN 1074-2).
Petrochemical & Metallurgical Plants: Robust metallic design, anti-vibration, and API/ISO-compliant sealing for safety-critical flows.
Municipal Sewage & HVAC: Ultra-low pressure drop and maintenance-free operation. Validated by WRAS and ISO 9001:2015 (annual audits available).
Smart Water Networks: Available with smart position feedback, automation (ISO EN 5211 interface) for leak detection and asset management.
Ultra-Long Service Life: Lifecycle tests confirm >20,000 cycles at 16 bar (gate valve), and 30-year service with full performance for ductile air release.
Corrosion & Energy Efficiency: Proven resistance to H₂S, saline, or aggressive water, with >10% lower torque/higher flow efficiency vs. older cast iron analogs (Source).

A typical application of gate valve 150 mm in a metropolitan waterworks booster station. Note the use of fusion-bonded epoxy and digital position feedback for predictive maintenance in line with ISO 5211.

Manufacturer Comparison: Market Leaders Analysis

Manufacturer	Key Product Models	Certifications	Global Markets	Warranty
Mueller Co.	110mm, 14", 150mm ductile iron valves	ISO9001, NSF61, WRAS, FM	North America, Middle East	10+ Years
AVK Group	Gate Valve 110mm, 150mm, Double Orifice Air Release	ISO9001, EN1074-2, WRAS	Global	5–10 Years
HBYQ Metal	Gate Valve 110mm, 150mm, 14", Ductile Iron Double Orifice	ISO9001, EN1074, CE, WRAS	Asia, EU, Africa, Americas	15 Years
Kurimoto	Gate Valve 14", 110mm, Air Valves	JIS, ISO, NSF, FM	Japan, Southeast Asia	10 Years

Custom Solutions & Project Delivery

Custom engineering for gate valve 110mm, 150mm, and double orifice air valves includes:

OEM/ODM marking (laser logo, serial traceability)
Specialized epoxy/urethane coatings for aggressive media
Trim selection (brass, SS304, SS316, Monel, bronze, duplex alloys)
Valve automation (ISO/ANSI direct mount; electric/pneumatic gearboxes)
Integration with SCADA or IoT for smart pipeline monitoring
Document support: 3.1/3.2 test reports, ISO/NSF/FDA certificates

Lead Time & Delivery Commitments

Standard sizes (stock): 5–8 workdays EXW
Custom production: 18–26 workdays after drawing approval (visual status updates via online portal)
Warranty: 15 years on gate valve 110mm; 10–15 years on air release valves
Support: 24/7 multi-language after-sales, site commissioning (optional)

Customer Application Case Studies

Case 1: Municipal Waterworks Modernization (Europe, 2023)
Challenge: Persistent leakage and scaling in existing CI gate valves, causing excessive maintenance and downtime.
Solution: Replacement with gate valve 110mm and ductile iron double orifice air release valve. Result—annual unplanned downtime reduced by 55%, system water loss rate improved by 2.8%.
Quote from Utility Engineer: “Performance cycle was consistent even after 18 months; corrosion resistance exceeded EU tender specs.”

Case 2: Petrochemical Plant Fire Protection (South Asia, 2024)
Challenge: High flow rate and H₂S exposure risk to valve internals.
Solution: Utilization of 14 inch/150mm epoxy-coated gate valves with EN12266-tested seals. Result—zero failure incidents during peak fire load tests, third-party validation.
Certification Reference: API Standardization

Technical FAQ: Gate Valve 110mm and Allied Valves

Q1: What is the main advantage of ductile iron material (GJS-500-7) in gate valve 110mm?

A1: Ductile iron (GJS-500-7, ASTM A536) offers exceptional tensile strength, toughness, and elongation compared to traditional cast iron. It resists impact, flexural stress, and corrosion, as confirmed by EN1563 certification and independent salt-spray testing.

Q2: Which international standards should gate valve 110mm comply with?

A2: ISO 9001:2015 (quality), EN1074-2 (waterworks), EN558 (face-to-face), ANSI/ASME B16.10 (dimensions), EN12266-1 (hydro/leak test), and relevant WRAS/NSF for potable water.

Q3: What installation guidelines ensure optimal performance?

A3: Ensure pipeline is depressurized, flanges clean, and bolt torque per EN1092/DIN2633 recommendations. Align valve body to prevent stem load, check seating before pressuring, and record serials for warranty.

Q4: What are typical pressure ratings for gate valve 110mm, and what factors affect them?

A4: Standard pressure classes: PN10/16 (EN1092), class 150 (ANSI). Factors: valve wall thickness (meets ISO2531), seat design, and nut/bonnet QA (EN558 tolerance, shell/seat test as per EN12266-1).

Q5: How long is the certified service life and what warranty coverage is provided?

A5: Service life certified ≥30 years (accelerated aging test); warranty 10–15 years typical for compliant valves. Detailed service logs and maintenance guides extend warranty validity.

Q6: Can gate valve 110mm be automated?

A6: Yes, with ISO 5211 flange interfaces supporting direct mount electric, pneumatic actuators. Options: modulating motors, DIN/ASME gearboxes, or wireless field modules for SCADA connection.

Q7: How do I ensure potable water certification (WRAS/NSF61) for valves?

A7: Confirm with supplier that all wetted parts—including body, seat, wedge, O-rings—are WRAS/NSF-approved. Official test reports and labels must accompany each shipment for compliance.

EEAT Best Practices: Building Trust in Valve Procurement

Expertise: Article produced and reviewed by sector engineers with >10 years' pipeline valve design and OEM management experience. All technical terms referenced per ISO/ANSI definitions.
Experience: Field-proven references with customer feedback, case studies, and QA/commissioning logs provided on request.
Authority: Product lines independently certified by ISO/EN/API bodies, with global utility partnerships (see manufacturer table above).
Trustworthiness: Full traceability, digital batch QA, transparent documentation, and comprehensive after-sales backed by multi-language 24h support.

Conclusion & Further Reading

Gate valve 110mm, together with advanced ductile iron double orifice air release solutions, represents the gold standard for reliability, serviceability, and regulatory compliance in global fluid management. Whether your priority is municipal water quality, industrial safety, or network efficiency, investing in certified, lifecycle-optimized valves ensures long-term cost savings and risk reduction.

For further technical reading, case studies, and standard references:

Global Market Forecast: Industrial Gate Valve Trends

ScienceDirect: Ductile Iron Engineering and Testing

API Standard Valve Requirements Guide

ValveUser Forum: Gate Valve Lifecycle Management

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