The Technical Vault
By SOSCleanroom
ANSI Cut Level A4
EN ISO Cut Level C
ANSI Abrasion Level 6
Polyurethane Palm
INTERCEPT™ Technology
10-Gauge Construction
Touchscreen Compatible
Ansell HyFlex® 11-735: engineered cut protection, abrasion durability, and controlled industrial handling
Ansell HyFlex® 11-735 is a 10-gauge cut-resistant industrial glove designed for handling operations where mechanical protection, grip, and comfort are required together. It combines a protective knitted liner incorporating INTERCEPT™ Cut Resistance Technology with a polyurethane palm coating. The glove provides ANSI/ISEA Cut Level A4, EN ISO Cut Level C, and ANSI Abrasion Level 6 performance, supporting repetitive metalworking, industrial assembly, and material handling tasks.
Operations takeaway: HyFlex 11-735 is designed for workstations where cut resistance, abrasion durability, and reliable grip must function together. Its protective ratings support selection for appropriately assessed mechanical hazards, while the polyurethane palm and knitted liner help maintain flexibility for repeated industrial handling.
Industrial safety context: selecting gloves for cut and abrasion hazards
Workers in automotive manufacturing, metal fabrication, equipment assembly, and industrial maintenance frequently handle materials with sharp edges, abrasive finishes, and irregular geometries. These activities create different forms of mechanical exposure, requiring a glove selected for the actual risks rather than appearance or general-purpose labeling.
Cut resistance describes the ability of glove materials to withstand standardized cutting forces. Abrasion resistance describes the ability to resist surface wear under repetitive contact. Puncture resistance evaluates a separate mechanical failure mechanism involving penetration by a standardized test probe.
HyFlex 11-735 combines all three protective characteristics. Its engineered INTERCEPT™ liner provides cut resistance, while the polyurethane palm coating supports abrasion performance and gripping control. The glove is intended for industrial work where these properties meet the facility's documented hazard assessment.
Control point: ANSI A4 cut protection, ANSI Abrasion Level 6, and ANSI Puncture Level 3 describe separate laboratory tests. A high rating in one area does not guarantee equivalent protection from blades, needles, electrical hazards, chemicals, or high temperatures.
Specifications (SKU controls for RFQs, safety programs, and receiving)
- Product: Ansell HyFlex® 11-735
- Product Category: Cut-resistant, abrasion-resistant industrial handling glove
- Construction: Knitted, palm coated
- Gauge: 10-gauge
- Liner Materials: Nylon, HPPE, fiberglass, and spandex, as identified in the manufacturer datasheet
- Liner Technology: INTERCEPT™ Cut Resistance Technology
- Liner Color: White
- Coating Material: Polyurethane
- Coating Color: Black
- Coating Coverage: Palm coated
- Cuff: Knitwrist
- ANSI Cut Resistance: ANSI/ISEA 105-2024 Level A4
- EN ISO Cut Resistance: Level C
- Mechanical Protection: EN 388:2016 + A1:2018, 4X43C
- ANSI Abrasion Resistance: Level 6
- ANSI Puncture Resistance: Level 3
- General Glove Standard: EN ISO 21420:2020
- European PPE Category: Category II
- OEKO-TEX® STANDARD 100: Certificate reference 1408033
- REACH: Manufacturer-listed compliance
- Antistatic: Yes, as listed by Ansell; ESD program suitability requires separate validation
- Touchscreen Compatible: Yes
- Silicone-Free: No, according to Ansell's product information
- Sizes: 6, 7, 8, 9, 10, 11
- Length: 224-269 mm (8.81-10.59 inches)
- Packaging: 12 pairs/bag; 12 bags/carton; 144 pairs/carton
- Manufacturer Washing Temperature: 40°C (104°F); follow current instructions for use
Documentation rule: For PPE standardization and controlled purchasing, confirm the exact model, cut rating, coating material, size, and packaging against the current Ansell Product Data Sheet. The current specifications identify ANSI A4, EN ISO C, EN 388 4X43C, and 10-gauge construction, correcting outdated values on the existing SOSCleanroom description.
Performance characteristics (manufacturer-published protective ratings)
- ANSI/ISEA 105-2024 Cut Resistance: Level A4
- ANSI/ISEA 105-2024 Abrasion Resistance: Level 6
- ANSI/ISEA 105-2024 Puncture Resistance: Level 3
- EN 388:2016 + A1:2018: 4X43C
- EN 388 Abrasion Resistance: Level 4
- EN 388 Coupe Cut: X (no numerical rating reported for this test position)
- EN 388 Tear Resistance: Level 4
- EN 388 Puncture Resistance: Level 3
- EN ISO 13997 Cut Resistance: Level C
- European PPE Classification: Category II
- General Requirements: EN ISO 21420:2020
- OEKO-TEX®: STANDARD 100, reference 1408033
- Cut-Resistant Technology: INTERCEPT™ Cut Resistance Technology
- Grip Material: Polyurethane palm coating
- Handling Conditions: Dry and slightly oily environments, subject to task qualification
- Touchscreen Performance: Manufacturer-listed compatibility with consumer and industrial touchscreens
Performance interpretation: ANSI and EN standards use different test methods and classification systems. For example, ANSI Abrasion Level 6 is not directly equivalent to EN 388 Abrasion Level 4. Cut and puncture values must also be interpreted according to their respective methods and the hazards present during actual use.
Engineered liner construction: INTERCEPT™ technology and 10-gauge protection
The protective liner is a key element of HyFlex 11-735. Ansell combines nylon, HPPE, fiberglass, and spandex in a knitted construction incorporating INTERCEPT™ Cut Resistance Technology. These materials provide different mechanical and comfort characteristics within the overall glove design.
HPPE, or high-performance polyethylene, is commonly used in cut-resistant protective textiles because of its strength-to-weight performance. Fiberglass contributes to the engineered composite yarn structure, while nylon and spandex support flexibility, fit, and handling characteristics.
Unlike a very fine 15- or 18-gauge industrial glove, the 10-gauge knitted liner is designed to provide a more substantial protective structure while retaining enough flexibility for general assembly and equipment handling. This makes HyFlex 11-735 a candidate for medium-duty operations where cut protection and durability are priorities.
Construction takeaway: Cut resistance is determined by the complete engineered glove construction, not simply gauge or thickness. The 10-gauge liner contributes to the glove's mechanical profile, while the published ANSI A4 / EN ISO C ratings provide the documented basis for cut-resistance selection.
Polyurethane palm coating: grip, abrasion durability, and tactile control
HyFlex 11-735 uses a black polyurethane (PU) palm coating designed to provide controlled grip during industrial handling. The coating protects the palm-side contact area while leaving much of the back of the hand uncoated, supporting flexibility and ventilation during repetitive work.
Polyurethane coatings are commonly selected for work requiring a balance of gripping control, mechanical durability, and tactile feedback. For HyFlex 11-735, Ansell identifies gripping performance in dry and slightly oily conditions.
The glove's ANSI Abrasion Level 6 rating is especially relevant for operations involving repeated contact with parts, tools, and equipment. Abrasion resistance can help preserve the glove's gripping surface through demanding handling tasks, although actual service life depends on the work environment.
Coating limitation: Polyurethane palm coating does not establish full-hand chemical protection or liquidproof barrier performance. The exposed knitted liner and task-specific coating must not be treated as substitutes for chemical-resistant gloves.
Understanding EN 388 4X43C and ANSI A4 protection
The EN 388 designation 4X43C describes several mechanical protection characteristics using separate positions in the rating code. Understanding these values helps purchasers and safety managers compare gloves without assuming that a single rating covers every hazard.
- First position - 4: Abrasion resistance, Level 4
- Second position - X: Circular blade cut test result not reported as a numerical level
- Third position - 4: Tear resistance, Level 4
- Fourth position - 3: Puncture resistance, Level 3
- Fifth position - C: EN ISO 13997 cut-resistance classification, Level C
The separate ANSI/ISEA Cut Level A4 provides another recognized measure of cut resistance under the ANSI/ISEA test system. ANSI A4 and EN ISO C are not interchangeable numerical values, but together they help characterize the mechanical cut performance of the glove.
Safety interpretation: Cut-resistant does not mean cut-proof. Neither ANSI A4 nor EN ISO C guarantees protection against every blade, sharp edge, moving cutting tool, needle, or high-force penetration hazard. Select PPE based on the actual work and documented risk assessment.
Antistatic properties, silicone considerations, and controlled environments
Ansell identifies HyFlex 11-735 as having antistatic characteristics. However, an antistatic product listing does not by itself establish certification under EN 16350 or qualification for a specific ESD Protected Area. Facilities handling ESD-sensitive electronics must verify glove performance under their own ESD-control requirements.
Ansell also identifies HyFlex 11-735 as not silicone-free. This matters for processes in which silicone contamination could interfere with painting, coatings, adhesion, or surface finishing. If silicone restrictions apply, a separately documented and approved glove should be selected.
Although the glove may be used in various industrial manufacturing environments, its mechanical protection ratings do not establish low particle shedding, cleanroom laundering, sterile processing, or suitability for ISO-classified cleanroom workflows.
Qualification reminder: Evaluate ESD control, silicone sensitivity, cleanroom cleanliness, and mechanical protection as separate requirements. A glove suitable for industrial assembly is not automatically suitable for electronics contamination control or aseptic operations.
What HyFlex 11-735 is designed to do (typical use cases)
- Metalworking and general industrial assembly
- Handling metal parts and components with sharp or rough edges
- Assembly and inspection of machinery components
- Assembly and disassembly of equipment
- Positioning structural parts during manufacturing or maintenance
- Fastening components, parts, and mechanical assemblies
- Automotive manufacturing and aftermarket maintenance
- Loading and unloading trucks or vehicles
- General material handling and receipt of incoming goods
- Routine maintenance involving appropriately assessed mechanical hazards
- Production work requiring compatible touchscreen use
Application fit: HyFlex 11-735 is an industrial glove for cut-resistant mechanical handling. It is not intended to replace dedicated chemical-protective gloves, electrical insulating gloves, arc-flash PPE, sterile gloves, or specialized cleanroom gloves.
Best-practice use (reduce cut exposure, coating wear, and handling errors)
- Assess mechanical hazards: Identify cut, abrasion, tear, puncture, and machinery risks before selecting gloves.
- Verify the protection level: Confirm that ANSI A4 / EN ISO C cut resistance and the applicable abrasion and puncture ratings meet the task requirements.
- Choose the correct size: Select a well-fitting glove that provides secure gripping without restricting finger movement.
- Inspect before use: Look for holes, broken fibers, torn seams, damaged coating, and unusual wear.
- Protect the gripping surface: Avoid unnecessary scraping or dragging of sharp components across the glove.
- Control contamination: Replace gloves when excess oil, grease, dirt, or other residues interfere with handling performance.
- Check touchscreen function: Verify compatibility with the actual scanner, tablet, or terminal used in the workflow.
- Follow site restrictions: Do not use in silicone-sensitive or ESD-controlled work without appropriate qualification.
- Apply approved care procedures: Follow current Ansell laundering and cleaning instructions, including the listed 40°C washing temperature.
- Remove damaged gloves: Replace gloves when the coating, liner, fit, or grip no longer satisfies the site's acceptance criteria.
Method standardization tip: Define the approved glove SKU, ANSI cut rating, sizes, inspection procedures, cleaning requirements, and replacement triggers in work instructions. If an operation involves several hazard levels, identify which glove models are approved for each workstation.
Misuse controls & when not to use HyFlex 11-735
- If higher cut protection is required: Do not assume ANSI A4 / EN ISO C is sufficient for severe blade or high-force cutting hazards. Select the protection level identified by the risk assessment.
- If needle or fine-point penetration is possible: General mechanical puncture resistance does not establish protection against hypodermic needles or all sharp-point hazards.
- If chemical exposure requires a barrier: Polyurethane palm coating does not establish whole-hand resistance to hazardous liquids or solvents.
- If heat, flame, or arc-flash protection is required: Do not substitute HyFlex 11-735 for gloves specifically qualified for those hazards.
- If electrical shock protection is necessary: HyFlex 11-735 is not a voltage-rated insulating glove.
- If formal ESD qualification is required: Verify the exact electrostatic properties rather than relying on a general antistatic claim.
- If silicone-sensitive processes are involved: Ansell lists 11-735 as not silicone-free. Confirm suitability before use in restricted surface-finishing or coating processes.
- If sterile or ISO-classified cleanroom use is required: Select gloves supported by the necessary cleanliness and sterility documentation.
- If rotating machinery creates entanglement risks: Follow equipment-specific safety procedures, including restrictions on glove use near moving machinery.
- If coating or liner damage is present: Remove the glove from service instead of relying on its original laboratory rating.
Recommended industrial glove pairings (hazard-aligned selection)
Industrial facilities often operate workstations with different cut, abrasion, grip, and specialty protection requirements. Rather than treating all HyFlex gloves as interchangeable, each model should be matched to the hazards and handling conditions of the assigned task.
Why this matters: Different gloves offer different mechanical and specialty protective ratings. Higher abrasion durability does not automatically mean higher cut resistance, and a higher cut rating does not establish chemical, ESD, or thermal protection. Review current manufacturer documentation before approving substitutions.
Wear life, inspection, and replacement considerations
HyFlex 11-735 is engineered for durable industrial handling, but service life depends on surface roughness, contact force, sharp-edge exposure, contamination, task frequency, and glove care. ANSI Abrasion Level 6 performance does not establish a universal replacement interval or guarantee unlimited use.
- Polyurethane coating wear: Inspect the palm and fingertips for thinning, cracking, peeling, or missing coating.
- Liner damage: Look for holes, cuts, broken yarns, or visible deterioration in the knitted structure.
- Fingertip wear: Monitor areas that experience repeated gripping, friction, and sharp-edge contact.
- Grip deterioration: Replace gloves when wear or contamination interferes with reliable handling.
- Fit changes: Check for stretching, distortion, or reduced conformity to the hand.
- Contamination: Oil, grease, chemicals, and surface residues may affect glove performance and suitability.
- Laundering: Follow the manufacturer's current washing and care instructions; inspect after cleaning.
- Replacement criteria: Use documented site inspection standards rather than assigning an unsupported number of shifts or handling cycles.
Inspection takeaway: A glove's original mechanical ratings apply to tested material under controlled conditions. Once the liner or coating becomes damaged, the glove should not be assumed to retain its original level of protection.
Manufacturing and packaging sustainability considerations
Ansell provides sustainability information for HyFlex 11-735 under its Ansell Earth program. These manufacturer-reported attributes can support procurement reviews, supplier documentation, and environmental reporting when verified against the current factsheet.
- Product Carbon Footprint: Ansell reports approximately 0.994 kg CO2e per pair.
- Manufacturing Waste: Produced in a facility certified by Intertek for diverting more than 99% of waste from landfill.
- Environmental Management: Manufacturer identifies an accredited environmental management system at the facility.
- Packaging: Ansell lists plastic-free, recyclable packaging for the updated packaging configuration.
- Recycled Carton Content: Manufacturer states that the shipper case contains at least 80% recycled material.
- Packaging Redesign: Ansell identifies paperband packaging and optimized shipper case dimensions.
Procurement note: These sustainability claims are manufacturer-reported attributes and should be reviewed using current Ansell documentation. Recyclable packaging does not establish that used protective gloves are recyclable, biodegradable, or suitable for unrestricted reuse.
Why buy Ansell HyFlex® 11-735 from SOSCleanroom
- Authorized Ansell sourcing: SOSCleanroom supplies Ansell protective gloves and supports customers with accurate product selection.
- Correct SKU control: Order the specific HyFlex 11-735 model with appropriate sizes and quantities to reduce unwanted substitutions.
- Flexible purchasing: Select individual pairs, 12-pair bags, or 144-pair cases according to operational demand.
- Manufacturer documentation: Access technical specifications and protective ratings to support purchasing and PPE program qualification.
- Application assistance: Compare cut, abrasion, grip, and specialty protective characteristics across Ansell's HyFlex and ActivArmr product lines.
- Centralized procurement: Source industrial protective gloves and other consumables through SOSCleanroom to simplify recurring purchases.
Manufacturer documentation (authoritative references)
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SOSCleanroom HyFlex 11-735 Product Page:
Click Here
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Current Ansell HyFlex 11-735 Product Data Sheet:
Click Here
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SOSCleanroom-Hosted Ansell HyFlex 11-735 Datasheet:
Click Here
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Ansell Official HyFlex 11-735 Product Information:
Click Here
Documentation update notice: Ansell's current product documentation identifies HyFlex 11-735 as a 10-gauge, ANSI A4 / EN ISO C cut-resistant glove with EN 388 rating 4X43C, ANSI Abrasion Level 6, and ANSI Puncture Level 3. Older distributor content listing ANSI A3 or EN 388 4X42C should be updated. For formal PPE selection, reference the latest manufacturer datasheet and the specific product supplied.
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Last reviewed: Oct. 13, 2026 (SOS Technical Staff)
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