banner (1)

Cross Hex Flange Bolts - Exporter of Quality Fasteners

We are your trusted exporter of cross hex flange bolts, providing high-strength fasteners for machinery, construction, and industrial equipment. When you need reliable performance, I deliver right away. We stock a wide range of alloys, sizes, and finishes, from carbon steel to stainless, with flange thickness and thread pitches matched to DIN/ISO standards. The cross hex flange bolts I offer feature improved torque transmission, corrosion resistance, and easy assembly in tight spaces. If you plan to Buy in bulk, you will appreciate our consistant quality and on-time delivery. We can customize coating options, heat treatment, and packaging to suit your production lines. I keep real-time stock updates, competitive pricing, and can export worldwide as an Exporter. Our QA includes mechanical tests, dimension checks, and traceability. Choose cross hex flange bolts for durability and safer joints. Email or call me for a quote, or to discuss your specific dimensions and finishes today.

Hot Selling Product

cross hex flange bolts Custom Solutions, Where Service Meets Innovation

Cross hex flange bolts are key to secure, evenly loaded assemblies in industries from machinery to electronics enclosures. Global buyers seek more than off‑the‑shelf parts; they want customizable solutions that fit varied environments, standards, and lead times. The right partner blends engineering know‑how with scalable manufacturing, converting design intent into reliable fasteners delivered globally with consistent quality. Customization covers material choices (carbon steel, stainless steel 304/316, alloys), finishes (zinc, black oxide, passivation), head/flange dimensions, thread forms, lengths, tolerances, and coatings. It also includes practical support: engineering input, rapid prototyping, test data, certificates of conformance, flexible packaging, and transparent logistics. When service meets innovation, procurement teams gain traceable, repeatable performance that reduces risk and total cost across complex supply chains.

cross hex flange bolts Custom Solutions, Where Service Meets Innovation

Part ID Size Thread Pitch (mm) Length (mm) Head Ø (mm) Flange Ø (mm) Material Finish Grade/Standard Tensile Strength (MPa) Recommended Torque (N·m) Applications
V-001 M6 1.0 14 12 16 A2-70 stainless Zinc plated 8.8 / DIN 6923 520 6-9 Light-duty assemblies in wet environments
V-002 M8 1.25 20 13 18 Alloy steel Zinc plated 8.8 / DIN 6923 800 14-20 Structural connections with moderate loads
V-003 M10 1.5 25 17 24 Alloy steel Zinc plated 8.8 / DIN 6923 800 20-28 Machinery mounting and supports
V-004 M12 1.75 30 19 28 Alloy steel Zinc plated 10.9 / DIN 6923 900 32-42 Automotive and heavy equipment assemblies
V-005 M14 2.0 35 22 32 Alloy steel Black oxide 8.8 / DIN 6923 800 44-56 Heavy-duty frame and structural work
V-006 M16 2.0 40 26 38 Alloy steel Zinc-nickel 8.8 / DIN 6923 800 60-84 Industrial frameworks requiring corrosion resistance
V-007 M20 2.5 45 30 44 Stainless steel Satin finish 10.9 / DIN 6923 900 90-110 Chemical processing equipment and corrosive environments
V-008 M6 1.0 16 12 18 A2-70 stainless Passivated 8.8 / DIN 6923 520 6-9 Water treatment and outdoor installations

Related Products

banner (3)

cross hex flange bolts Pioneers in the Field Outperforms the Competition

Cross Hex Flange Bolt Performance Benchmark: Data-Driven Insights

Data Dimension: Throughput by Production Stage
Throughput by Production Stage A bar chart representing the throughput (parts per hour) for each production stage in the cross hex flange bolt manufacturing process.

Explanation: The chart visualizes throughput by production stage for cross hex flange bolts, offering a data-driven view of where value is created in the manufacturing line. The dataset consists of six stages: Casting, Machining, Heat Treatment, Surface Finishing, Assembly, and Packaging. Throughput is expressed in units per hour, representing how many bolts move through each stage on average under current scheduling. The dimension label "Throughput by Production Stage" defines the key metric and scope: it measures the speed at which the product flow progresses, not the quality or scrap rate, which are captured elsewhere.

From the chart, Machining and Assembly stand out as high-throughput stages, reflecting automation, optimized processes, and parallel workstreams. Assembly has the highest node value, suggesting a strong capacity match with downstream stages or high automation. In contrast, Surface Finishing and Casting show lower throughput (roughly mid-range), indicating potential opportunities to streamline processes, reduce setup times, or increase automation, which could unlock more overall line capacity. Heat Treatment's throughput sits between high and low performers, suggesting moderate efficiency with potential for process stabilization or energy optimizations.

Interpretation: Optimizing bottlenecks requires a systems view. If Assembly is near capacity, investments in upstream feeds should be synchronized to avoid starvation or queues at the next stage. Similarly, improving finishing and heat treatment efficiency could yield disproportionate gains by raising the floor of the entire line. The chart demonstrates that even with strong overall performance, the distribution across stages matters for delivery reliability, cost per unit, and throughput stability. Insights support prioritizing automation expansion, preventive maintenance, and cross-training, aiming to raise the minimum stage performance and align cycle times across the chain. By tracking these metrics over time, we can quantify the impact of process improvements and ensure competitive performance in a fast-moving manufacturing landscape.

Top Selling Products